quick-form - Hub Construction Supplies

The Real Contractor’s Choice! R 

FORMING AND SHORING CATALOG 

HUB is a Federally Recognized Veteran Owned Small Business 

DUNS: 029079472 CAGE/NCAGE: 04GS2

HUB FORMING 

HUB Construction Specialties, Inc. 

CONCRETE FORMWORK ENGINEERING SERVICES 

Our engineering department will design all types of concrete forming and shoring applications, temporary structures 

and custom steel fabrications to suite your specific project requirements and to provide solutions for all residential, 

commercial and heavy civil projects. 

HUB’s experienced engineering support allows the contractor to compete on larger projects by providing detailed 

concept drawings, erection and submittal drawings, computer generated under the supervision of a licensed 

professional engineer.

QUICK-FORM PANELS 

Description Weight 

2′ × 1′ QUICK-FORM PANEL 49 lb 





















AADJUSTABLE FORM BRACKET 


ADJUSTABLE FORM BRACKET 8.3 lb 

STRIPPER FORMS 


8′ QF STRIPPER FORM 150 lb 



INSIDE CORNER 


8′ QF INSIDE CORNER 224 lb 





QUICK-FORM PANELS 

ADJUSTABLE FORM 

BRACKET 

INSIDE CORNER FORM 

WALLFORMING 

STRIPPER FORMS 

4×3 

QUICK-FORM 

PANEL 

1

WALLFORMING 

INSIDE HINGED CORNERS 


8′ QF INSIDE CORNER HINGED 240 lb 





INSIDE STRIPPING CORNERS 


8′ QF STRIPPING CORNER 310 lb 





STRIPPING RATCHETS 

¾″ × 4″ COIL BOLT .55 lb 

¾″ HEX COL NUT .126 lb 

OUTSIDE CORNERS 


8′ QF OUTSIDE CORNER 80 lb 





OUTSIDE HINGED CORNERS 


8′ QF OUTSIDE CORNER HINGED 240 lb 





ADAPTER PANELS W/F.U. BOLTS 


8′ ADAPTER PANEL TO UNIPLY 75 lb 



¾ × 6″ FIT-UP BOLT AND NUT 1 lb 

QUICK-FORM CORNERS 

OUTSIDE HINGED FORMS 

INSIDE HINGED FORMS 

OUTSIDE CORNER

CLAMPING DEVICES 


QUICK-FORM CLAMP 9 lb 

QUICK-FORM JIMMY CLAMP 13 lb 

BULKHEAD CLAMP 4 lb 

SCAFFOLDING AND PIPEBRACING 


QUICK-FORM WALKWAY BRACKET 28 lb 

SAFETY RAIL/WALKWAY BRACKET 8 lb 

½″ × 3″ BOLT (SAFETY RAIL) 0.18 lb 

4″ DEEP SCAFFOLD BRACKET 38 lb 

PIPE BRACE 7′ - 6″ TO 13′ - 0″ 64 lb 

PIPE BRACE 14′ - 0″ TO 23′ - 6″ 130 lb 

PIPE BRACE 22′ - 6″ TO 39′ - 0 208 lb 

PIPE BRACE ADAPTER PLATE 5 lb 

PIPE STAKE BRACE 


TAPER TIES & SHE-BOLTS 


TAPER TIE 1.5 × 1.25 × 30″ 14 lb 

TAPER TIE 1.5 × 1.25 × 36″ 17 lb 

TAPER TIE 1.5 × 1.25 × 42″ 20 lb 

TAPER TIE 1.5 × 1.25 × 48″ 24 lb 

TAPER TIE 1.5 × 1.25 × 60″ 29 lb 

TAPER TIE 1.5 × 1.25 × 72″ 35 lb 

TAPER TIE PLASTIC PLUG 0.2 lb 

SHE BOLT 1.5 × 12″ 1″ COIL INNER 5.6 lb 

1.5 WING NUT 3.1 lb 

1.25 WING NUT 1.3 lb 

FLAT WASHER 5.4 lb 

DRY TIE BRACKET 3.1 lb 


5″ DOUBLE CHANNEL WALERS 


5′ × 5″ DBL. CHNL. WALER 67 lb 

3′ × 5″ DBL. CHNL. WALER 41 lb 

QUICK-FORM ACCESSORIES 

QUICK-FORM JIMMY CLAMP 

ADJUSTABLE 

BULKHEAD CLAMP 

QUICK-FORM CLAMP 

PIPE BRACE 

TAPER TIE 

DOUBLE CHANNEL WALER 

WALLFORMING 

1

WALLFORMING 

J BOLT ASSEMBLY 

(price does not include plate washer) 


¾″ × 9″ J BOLT ASSEMBLY 1.2 lb 




⅜″ × 3″ × 6″ PLATE WASHER 2 lb 

LIFTING ACCESSORIES 


QUICK-FORM GANG LIFTING LUG 35 lb 

BUNDLE LIFTER 45 lb 

SHAKEOUT CHAIN ASSY 35 lb 

QUICK PIN 

LANDING PLATFORM 


SWING - ARM LANDING BKT. 160 lb 

SWING - ARM BOX - OUTS 5 lb 

MISCELLANEOUS 


ALIGNMENT CLAMP 103 

1″ HEX COIL NUT 0.441 

STEP OUT BRACKET 14.5 

BASE CLIP 3 

¾″ × 12″ F.U. BOLT WITH RUNNING 

NUT 

QUICK-FORM ACCESSORIES 

1.63 

¼″ × 4″ × 5″ PLATE WASHER 1.46 

¾″ × 4 ½″ UNI-COIL ANCHOR 0.61 

¾″ × 6″ UNI-COIL ANCHOR 0.78 

UNI-COIL TANG 

PLUMBING SCREWS 

ADJUSTABLE SHEAR WALL 

BRACKET 

¾″ × 6″ STRT.COIL LOOP INSERT/ 

CONE FAST 

J BOLT ASSEMBLY 

GANG LIFTING LUG 

ALIGNMENT CLAMP 

SHAKE OUT CHAIN 

ASSEMBLY 

BASE CLIP 

UNI-COIL ANCHOR & TANG

WALLFORMING 

QUICK-FORM 1

WALLFORMING 

Steel-Ply® Features 

Steel-Ply® is today’s superior form. The reinforced, 

high-carbon steel frame means edges stay straight 

and corners stay square, so panels are quickly 

aligned and easily stacked. Built-in handles make 

moving and placing the panels easy, too. 

The long-lasting plywood facing have a heavyduty 

overlay and aluminum-filled polyurethane 

edge sealer to keep out moisture and prevent 

delamination and swelling. When needed, refacing 

is simple and inexpensive. 

All these factors combine to create a 1,000 psf 

rated system that will save you time in setup, last 

longer and give you better results. 

Panels and Fillers 

There are 80 sizes available for fast erection of 

virtually any layout by combining panel and filler 

sizes and erecting vertically or horizontally. This 

eliminates the sawing, drilling, measuring and nailing 

common with job-built forming. Quick and easy 

handling, no tops, bottoms, lefts or rights makes for 

improved labor productivity. 

Steel-Ply® owners commonly report 200 to 300 reuses 

from panels and filler before re-ply is necessary. 

Special ½” HDO Plywood is edge-and surface-sealed 

to prevent determination and to prolong form life. 

Durable, high carbon steel frames are reinforced 

for rigidity and strength to surround and protect the 

plywood. 

No measuring or drilling for ties-dado slots are placed 

12″ on center and 6” from each end for tie insertion. 

STEEL PLY®

STEEL PLY® 

Wedge Bolt connections enable 

unskilled laborers to become 

consistently productive. No special 

tools are required, just a hammer. 

Wedge Bolts connect panels and 

capture ties at the same time. 

The Long Bolt similar to the Wedge 

Bolt, is used to connect the 1″, 1½″ 

and 2″ steel filler to adjust panels and 

filler. 

With a shorter length and slot than a 

Wedge Bolt, the Short Bolt can be 

used to attach the pilaster form to a 

Steel-Ply form. 

The Base Tie Bolt secures either a panel tie or a flat tie 

to an end rail or a side rail (1) when resting on a footing, or 

(2)where panels butt against existing vertical surface. 

WALLFORMING 

1

WALLFORMING 

Waler Attachment 

Standard 2″ × 4″ or 2″ × 6″ lumber can be used as 

walers for the Steel-Ply® Forming System. With 

specially designed hardware, the walers are quickly 

fastened to bring form work into alignment. Only one 

row of walers is required per tier of forms for handset 

applications. 

Job Built Filler 

Filling Angles provide a means to construct a 

custom size filler of ¾″ plywood that can be 

connected to side rails of adjoining forms. 

STEEL PLY® 

Strongback Attachment 

Additional tiers of forms will require strongbacks for 

vertical alignment of the form work. Strongbacks are 

required only on one side of the forms for handset 

hardware to make stacking easy.

STEEL PLY® 

Inside and Outside Corners 

Reusable steel corners, built to 

precise tolerances, minimize errors 

by eliminating measures, sawing 

and fitting. Both Inside and Outside 

Corners are available in five lengths 

and can be set with either end up or 

down to reduce the time and labor 

required. 

Bay Corners 

Standard 135 Inside and Outside 

Bay Corners simplify forming. Attach 

them to Steel-Ply® panels and fillers 

with Wedge Bolts for quick and easy 

assembly. Inside and Outside Bay 

Corners are available in five standard 

lengths. 

Hinged Corners 

In most wall applications, Inside 

Hinged Corners are used opposite 

Outside Hinged Corners to achieve 

the desired angle. The Inside Hinged 

Corner may be used to form inside 

corners as narrow as 45º . The 

Outside HingedCorner will form 

outside corners from 5º to 135º . Filler 

sizes needed to make up dimensions 

will vary depending on the angle being 

formed. 

WALLFORMING 

1

WALLFORMING 

Scaffold Bracket 

The Steel-Ply® Scaffold Bracket assembly provides a 

safe access platform for above-grade applications. 

The Scaffold Bracket is quickly attached to form 

work with a Wedge Bolt and the attached S-Wedge. 

Scaffold planking, toe boards and guard rails 

(by contractor) complete the work platform. 

Note: Do not use the Scaffold Bracket to support 

concrete soffit forms or for temporary storage 

ofequipment and materials. 

STEEL PLY® 

Pilaster Forms 

Pilaster of less than 12 inches are formed quickly 

and easily using the Steel-Ply® Forming System 

and Pilaster Forms. The Pilaster Form eliminates 

the need for using inside and outside corners with 

specific filler sizes. Pilaster Forms can be used to 

form concrete pilasters from 1 to 12 inches deep in 1 

inch increments. 

Footing Corner Bracket 

Footing, pad and slab forming with Steel-Ply is made easy 

with the Footing Corner Bracket and the Stake Plate. Two 

Footing Corner Brackets at each corner, one on top and one 

on the bottom hold the panels firmly, and at virtually any 

dimension that your job requires (2″ increments). The Stake 

Plates are then positioned along the top edge of the Steel- 

Ply panels as needed for steel stakes to hold the forms in 

place against the concrete pressure. Either ¾″ round or 

Ibeam steel stakes can be used with the Stake Plate. The 

Stake Plates can be located midway between Steel-Ply 

crossmembers and end rails to provide access for a stake 

puller.

WALLFORMING 

STEEL PLY® 1

WALLFORMING 

ALUMINUM BEAM GANGS 

Aluminum Beam Gang Form System offers unsurpassed 

forming versatility and a host of unique features, benefits 

and advantages. At the heart of this system is our computeroptimized 

aluminum beam which features an extremely high 

strength-to-weight ratio. The Aluminum Beams or Joists are 

fastened to steel or aluminum walers by means of our unique 

beam attachment clamps. 

A suitable plywood is attached to the resulting rigid, compact 

and lightweight lattice to create the basic gang form. The 

use of any of Hub accessories enhances the versatility of 

the Aluminum Beam Gang Form to achieve a wide range 

of forming conditions. Because Hub has several aluminum 

beam and waler sizes and three capacities of ties available 

for use on the Aluminum Beam Gang Forms, a wide variety 

of beam spacings and tie patterns can be utilized. 

LENGTH WT.(LBS.) 

3′-0″ 13.8 

4′-0″ 18.4 

5′-0″ 23.0 

6′-0″ 27.6 

7′-0″ 32.2 

8′-0″ 36.8 

9′-0″ 41.4 

10′-0″ 46.0 

11′-0″ 50.6 

12′-0″ 55.2 

13′-0″ 59.8 

14′-0″ 64.4 

15′-0″ 69.0 

16′-0″ 73.6 

18′-0″ 82.8 

20′-0″ 92.0 

22′-0″ 101.2 

24′-0″ 110.4 

26′-0″ 119.6 

28′-0″ 128.8

WALLFORMING 

ALUMINUM BEAM GANGS 1

WALLFORMING 

Flex-Form® gives you all the strength and versatility 

you need. Has 4″ deep vertical stiffeners with 3 ⁄16″ 

steel skin plate to provide a 1000 psf system that 

handles any radius 5′ and over. 

Pre-Rolled Steel Ribs Set the Radius 

Rolled top and bottom ribs bolt to flexible panels to 

shape and securely hold the form in the radius you 

require. Panels conform precisely to the radius of 

the ribs - this design assures that you’ll get the correct 

radius every time. And with a straight rib, you can 

produce a straight wall if needed. 

Perfectly Smooth Concrete 

Because the steel skin plate flexes to form the 

desired arc, there’s no chording effect in the poured 

concrete surface. Conventional panel systems 

produce form joint marks that require grinding and 

rubbing. Flex-Form® produces smooth concrete 

surfaces that require little or no finishing labor. 

Fast and Simple Erection 

Panels are delivered to the job site pre-assembled 

to your required radius. There are no expensive 

templates to build; no need to torque bolts; just begin 

erection labor. 

If the job requires more than one radius, simply order 

extra rolled ribs for use with the same forms. Change 

over is quick and simple - done on the site by job 

personnel. The new rolled ribs will automatically set 

the new radius to the forms; this will speed assembly 

and increase forming productivity. 

Stacking Panels 

Panels can be stacked by bolting the top and bottom 

ribs of adjacent forms with ¾″ fit-up bolts and nuts. 

Steel walkway brackets may also be bolted to the 

vertical stiffeners to provide vertical alignment. Pipe 

Form Aligners bolt directly to vertical stiffeners as well. 

FLEX-FORM® 

Specifications 

Skin plate thickness: 

3 ⁄16″ 

Pressure rating: 1,000 psf 

Panel/filler heights: 2′, 3′, 4′, 5′, & 6′ 

Width: Panels - 4′, 8′, & 12′ 

Fillers - 4″, 6″ & 8″ 

Approximate Weight: 20 psf (assembled) 

Thickness of panel: 4¼″ 

Minimum radius: 5′

WALLFORMING 

FLEX-FORM® 1

WALLFORMING 

RISER FORM

The FormRight concrete forming 

system is a modular design suitable 

in handset or gangform applications. 

Modular versatility 

Panels come in 23 different sizes and can be 

combined vertically or horizontally to create 

almost any dimension. A full line of accessories 

and hardware makes configuring gangs 

and setting details quick and simple. 

Rapid Clamps eliminate the need for walers 

even when moving large gangs. The Adjustable 

Aligning Clamp, Outer Corner Clamp and 

Strongback Clamp make panel connections for 

common details as fast and easy as standard 

panel connection. 

System strength 

FormRight panels are manufactured with rust 

resistant hot-dipped galvanized or dip painted 

steel frames. The form face is a 14 mm (½”) 

plywood with a phenolic resin overlay on both 

sides to provide a high quality concrete finish 

and extended panel life. 

Panels, clamps and ties are designed to withstand 

60 kN/m2 (1250 psf) of concrete pressure 

and are fully compatible with the Rasto 

forming system. 

FORMRIGHT 

WALLFORMING 

1

WALLFORMING 

SOLDIER BEAM

MAX-A-FORM® 

Max-A-Form® is a gang form system that allows faster 

placement, pours and resetting. The strong, all-steel design allows forms 

to be set in larger units. Fewer crane picks are necessary and cycling 

time is optimized on repetitious pouring applications. Gang size is 

limited only by available crane capacity. 

Forms are assembled easily using ¾″ Speed Bolt and Nut. Panels are 

punched with enlonged holes in both the top and side framing, to allow 

easy alignment and quick assembly, regardless of panel orientation. 

Panels are available in more than 100 sizes, from 2′ wide by 1′ long to 

12′ wide 20′ long. The large number of filler choices allows more gang 

and detail flexibility. Large, 200 square foot panels mean fewer pieces, 

fewer panel joints and less labor to assemble. 

Versatile tie systems are available with capacities and configurations to 

maximize cost effectiveness for each application. 

Taper Ties and She-Bolts are used with Plate Washers or Cast Bearing 

Washers and nuts for efficient flat and battered wall applications. 

External top and bottom ties are available in several lengths and 

adjustment ranges to accommodate a wide range of wall thickness 

and special applications. 

Specifications: 

Skin Plate Thickness 3 ⁄16″ 

Pressure Ratings 8′ width: 1,500 psf 

10′ width: 1,200 psf 

12′ width: 1,000 psf 

2′, 2.5′, 3′ 3.5′, 4′, 5′, 6′, 7′, 8′, 

Panel Width 

9′, 10′, 12′ 

1′, 2′, 3′, 4′, 5′, 6′, 7′, 8′, 10′, 12′, 

Panel Length 

20′ 

Approximate Weight 20 psf (assembled) 

Panel Thickness 6-½″ - 2′ to 7′ width 

8-½″ - 8′, 9′, 10′ width 

10-½″ - 12′ width 

Max-A-Form® For Large Columns 

For large columns that require a concrete finish with few seams, Max- 

A-Form is often the systems of choice. Max-A-Form columns up to 8′ 

wide can be poured without the use of internal ties. The Max-A-Form 

system features a 3 ⁄16″ steel face for a consistently smooth finish, and 

panel heights of up to 20′. A heavy duty, 1500 psf rentable steel forming 

system ideally suited for forming square or rectangular bridge piers and 

columns. No matter what type of column contractors encounter, Hub has 

equipment that will help them form these common structural elements 

quickly and cost-effectively. 

WALLFORMING 

1

WALLFORMING 

JAHN-A® 

Bracket is made of high strength steel with a 

cadmium plated eccentric and painted body which 

is rust resistant. Designed for use with single 

2×4 waler. Can be installed either before or after 

walersare in place. Can be used for any type of wall 

formsand may be used repeatedly. 

WT.(LBS.) 

1.4 

JAHN-C® 

Jahn C® bracket is used to attach vertical 

strongbacks for form work alignment. Designed for 

use with single 2×4 walers and 8-¼″ end. Eccentric 

securely holds form work while compensating for 

minorvariations in lumber sizes. Bracket can also be 

used to support a horizontal plywood joint. 

WT.(LBS.) 

2.0 

SNAPTIE SYSTEM 

JAHN® CORNERLOCK 

The Jahn cornerlock is used at outside corners to 

secure the 2×4 walers. Only two nails are needed 

for attachment, while barbed plates grip the side of 

the 2×4’s for positive non-slip action. The locking 

handle has a “Cam Action”, drawing the walers 

together at true right angles. No special tools are 

needed for either installation or stripping. 

WT.(LBS.) 

1.1 

JAHN® TIE EXTENDER 

Converts short end snapties to standard end 

snapties. With the Jahn® C bracket and 2×4’s, 

vertical strongbacks are possible at any point in the 

form. 

WT.(LBS.) 

0.2 

JAHN® SCAFFOLD JACK 

The all steel unit designed to fit 24″×24″, 16″×24″ tie 

and waler spacings. This jack has a built in guardrail 

receptacle and is designed to hold two 2×10 planks 

for a comfortable working platform. Space jacks at 

8′-0″ maximum centers. Note: Snapties are not 

designed to carry scaffold bracket loads. 

DESCRIPTION WT.(LBS.) 

A-89 17.0

Liner Clamp 

Designed for use with a single 2×4 strongback for 

vertical form alignment, this liner clamp can be 

installed after erection of the forms and is not limited 

by form-tie spacing. Sturdy, galvanized construction 

reduces maintenance and replacement, and speedy 

installation reduces forming costs. Strongbacks 

are used to align and not to strengthen forms. 

They are normally used on one side only, spaced 

6′ horizontally. Liner clamps should attach the 

strongback to every other single waler. 

WT.(LBS.) 

1.1 

Steel Wedge 

The steel tie holder is fabricated from high carbon 

steel and heat treated for added strength. Easily 

installed and removed; will not turn or fall off. 100 

pieces/carton. 

SIzE WT.(LBS.) 

¾″ 0.40 

1-⅛″ 0.40 


WALLFORMING 

Panel Clip 

A thin, strong clip used primarily for adding extra 

height to form panels. A common use of the Panel 

Clip is as an aid to setting standard narrow filler 

panels horizontally on the top of a wall of form 

panels. Standard wall ties can be used to tie the wall 

at the joint between the fillers and the normal wall 

panels. 50 pieces per carton. 

WT.(LBS.) 

0.47 

Waler Bracket 

Unsafe toenail connections can be eliminated and 

waler lumber saved by using this bracket. Fasten 

to studs with double head nails, insert walers and 

secure with Steel Wedge. Normal spacing 4′ on 

center. Available in one size for 2×4′s. 

WT.(LBS.) 

0.87 

1

WALLFORMING 

Jahn® Forming System 

Preparation: 

Gang drilling the plywood is the only preparation 

required. Holes need to be drilled ⅛″ larger than the 

snap tie head. Normally a 9 ⁄16″ diameter drill bit will 

be required. We recommend you drill a maximum 5 

plywood panels.The ⅝″ take-up of the eccentric on the 

Jahn “A” Bracket allows a snap tie with a L&W dimension 

of 4-¾″ to be used with a ⅝″ or ¾″ plywood. The ⅝″ 

take-up on the “C” bracket allows it and 8¼″ snap ties to 

be used on ⅝″ plywood. 


Snaptie Spacing and Rate Placement: 

The most common snap tie spacings being used with the Jahn Forming System are shown below. For different 

rates or pour and/or other tie spacing, contact Masons Supply. Refer to the back cover for addresses and 

phone numbers. 

Plywood Used Strong Way (Face Grain Parallel to Spacing) 

Notes: The above recommendations are based on the use of ¾″ Plyform Class I, and 2×4 S4S studs (Douglas Fir- 

Larch, Southern Pine or equal having a minimum allowable fibre stress of 1,200 psi). Design is based on all formwork 

members being continuous over four or more supports. Normal weight concrete made with type 1 cement, no 

admixtures or pozzolan, slump no more than 4 inches and vibration limited to 4 lineal feet or less.

Jahn® Forming System (cont) 

Footing Plates: 

Good forming practices require that a level footing be 

used as a starting point for all forming applications. 

Snap a chalk in back of the plywood thickness and nail 

down a 2×4 plate. 

Installation of Snapties and “A” Brackets: 

Place the ends of the Snapties through the holes 

in the plywood. The 4¾″ L&W Snaptie, Standard is 

recommended for use with the Jahn “A” Brackets, ⅝″ or 

¾″ plywood and 2×4 wales. 

Two workmen can install the snap ties with speed and 

economy. One inserts the tie through the tie hole and 

the other attached the “A” bracket. 


WALLFORMING 

Plywood Panel Erection: 

Erect, plumb, nail to plate and temporary brace 

the first sheet of plywood. 

Erect additional sheets of plywood by nailing 

them to the 2×4 plate and temporary wood 

cleats at the top corners. Make sure the joints 

are tight. If panels are to be stacked, ensure that 

the panel tops are level. 

1

WALLFORMING 


Installation of Wales: 

Install the Walers into the brackets working from top to 

bottom of the panel and tightening the eccentric as you 

go. Waler joints should occur at a bracket or a scab 

should be utilized to reinforce the joint (see sketch). 


Inside Wall Panel Erection: 

The inside panel sequence is the same as the outside 

panel described above except for the placement of 

the plywood panels over the tie ends. This can be 

accomplished by two workmen by starting at the bottom 

and moving the panel from side to side and up and down 

to align the snap ties with the holes in the plywood.


Inside Corner Forming: 

No special treatment is required for inside corners other 

than the alternating of the wales as shown in the sketch. 

It is advantageous to start the inside corners with full 

size plywood panels to facilitate forming the outside 

corners. 

Outside Corner Forming: 

Install the first outside panel in line with the first inside 

panel.Filler panels, the same thickness as the wall 

plus the plywood thickness, are then used to fill out the 

exterior corner. 

Installation of Jahn Cornerlock: 

The cornerlock eliminates costly overlapping and 

blocking of the wales. Its cam action draws the wales 

securely together. Place one wale flush at the corner 

and let the other extend past the flush one. Slip the 

cornerlock into place with the handle perpendicular to 

the wale. Nail the cornerlock in place and rotate the 

handle 90° toward the wale. A snug, tight outside corner 

is accomplished. 

Installation of Strongbacks: 

Strongbacks are used to aid in form alignment and to tie 

stacked panels together. Loose 2×4’s are used in 

conjunction with Jahn “C” Brackets and 8¼″ L&W snap 

ties or 4¾″ L&W snap ties with the Jahn Tie Extenders 

to strongback the forms. Normal strongback spacing is 

8′-0″ on center. 


WALLFORMING 

1

WALLFORMING 



Joint Cover Details: 

Alternate A - Drill 9 ⁄16″ diameter hole 1⅛″ down from 

top edge of the lower sheet of plywood. Install snap 

tie, “A” Brackets and wale and then the upper sheet of 

plywood. Nail the upper sheet of plywood to the wale. 

Alternate B - Install snap tie in the joint between the 

panels. Add double wales and a “C” Bracket. 

Alternate C - Nail 4×4 wale to lower sheet of plywood, 

hold the wale in place with strongbacks and add 

upper sheet of plywood. 

Installation Of Second Lift Of Plywood: 

Lift the plywood sheet and place it into position. Hold 

the sheet in place with a short 2×4 spacing block, 

snap tie and “C” Bracket placed toward the top of 

the panel and nail the bottom of the sheet to the joint 

cover wale. 

Set additional panels by nailing them to the joint 

cover wale and securing them to the previous panel 

with a small wood cleat. 

Install the snapties, brackets and wales - working 

bottom to top. 

Note: Snap ties are not designed to carry scaffold 

bracket loads.

ALUMINUM SHORING SYSTEMS 

We manufacture aluminum, heavy load frame 

shoring systems with Safe Working Load (SWL) 

ranges from 24,000 lbs. to 50,000 lbs. 

Our 12 KIP Aluminum Shoring system is the most 

advanced shoring system in North America and is 

rapidly gaining popularity around the world. 

MODULAR ALUMINUM SHORING 

Our 25K Modular Aluminum Shoring system is a 

versatile, demountable system. The inside panel 

ledgers can be simply and quickly removed from 

the frame, converting the legs into post shores. 

The same ledgers can be used with two lighter 

capacity legs (10K, 16K) of the same design. 

This feature enables inventory to be kept to a 

minimum, with reduction in storage area. The 

speed of assembly enables shipping costs to 

be dramatically reduced from the factory or long 

hauls. 

Our Modular Shoring Systems are available in 10 

kip, 16 kip and 25 kip sizes to handle just about 

any sized job, no matter how big or small. 

ALUMINUM POST SHORES 

Our Aluminum Post Shores, part of our modular 

shoring system are available without the 

demountable ledgers in 10 kip, 16 kip and 25 

kip capacities and can be constructed in custom 

length for specific applications. 

STEEL POST SHORES 

We also carry a line of Steel Post Shores for our 

customer’s needs. 

ALUMINUM SHORING 

SHORING 

2

SHORING 

ALUMINUM BEAMS AND STRINGERS 

Significant labor and material savings are being 

achieved by contractors using Hi-Lite Aluminum 

Beams and Stringers. When compared to 

wood solutions, the aluminum beams eliminate 

as much as ⅓ of the horizontal members, 

combined with up to 50% reduction in vertical 

supports. 

In addition to the labor savings realized because 

of fewer structural members, the reduced 

weight of the beams minimizes worker fatigue 

and strain, and improves worker efficiency, as 

aluminum beams are very easy to handle. 

These advantages become even more apparent 

as shoring height increases. 

ALUMINUM TELESCOPIC FLY FORMS 

Hi-Lite’s Aluminum Fly Form is the most efficient 

fly forming system available. Its telescopic 

modular concept reduces the skilled manpower 

required for assembly and use. 

Our telescopic fly forming system is capable 

of flying from one floor to the next without 

using large cumbersome lowering jacks, and is 

ideally suited for any multi-storey application. 

Condominiums, apartments, townhouses, large 

bay shopping malls, below grade structures and 

tunnels can be constructed with reduced cycle 

time and crane time and minimized material 

waste such as filler strips. 

ALUMINUM SHORING 

ALUMINUM BEAM WALL FORMS 

We manufacture three separate styles of wall 

forms, which range from all aluminum - to a 

combination of aluminum and plywood, either 

hand set or gang formed with specially designed 

aluminum beam strongbacks 

. 

The use of these aluminum components allows 

strength where required while realizing savings 

in weight, labor, crane time and employee 

fatigue. Hi-Lite’s Aluminum Beam Wall Forms 

can be constructed from a variety of our 

different Aluminum Beams and Strongbacks. 

OTHER PRODUCTS AND ACCESSORIES 

We also manufacture Aluminum Access Truss 

Systems and just about everything else you 

need to keep your job site safe, including things 

like steel scaffolding and stairs access barriers. 

Some of our many other products include: 

• Aluminum Access Truss Systems 

• Aluminum Plywood Decks 

• Steel Scaffolding Frames and Accessories 

• 610 mm (24″) Screw Jack for Scaffolding 

Systems 

• Slab-Grab Guard Rail Post 

• Galvanized Crowd/Traffic Control Barrier 

• Mini Beam Column Form 

• Tie Rods 

• Mobile “Baker” Scaffold 

Contact us for your shoring needs.

FrameFast Shoring Frames 

FrameFast Shoring Frames are rated for 

12,000 Ibs. safe load per leg, up to two tiers 

high. Of course this load will be increased or decreased 

depending on the actual number of tiers 

used and total extension of the jacks. Refer to 

layout drawings for maximum shore leg capacities. 

This frame can be adapted to virtually any 

shoring condition, through the use of other accessories. 

There are eight standard sizes of frames 

available. Both 2′ and 4′ wide frames have the 

same load capacity. 

Crossbrace locking devices, which are a part 

of the frame, permits FrameFast Shore Frames 

to be erected and dismantled quickly. It locks 

in position up to two crossbraces and one 

spacer bar. This unique locking arrangement 

securely holds the frames together, providing 

tower rigidity and safety. 

Meter Screw Jack 

The screw jacks are used for leveling, fine 

adjustment in elevation, and stripping clearance. 

The Meter Screw Jack is a full meter (39-⅜″) in 

length with 1.9″ OD, and provides a maximum 

extension of 27-⅜″,longest in the industry. As 

a result, total adjustment range is 25-¼″, from 

2-⅛″ to 27-⅜″. 

An 8″ × 8″ base plate is welded to the jack as 

a unit, so the jack can be used at top of the 

shore leg or at bottom. The plate has four holes 

which are used to clamp the W 8 × 10 stringer 

using the Versiform Friction Clamp, or Aluminum 

Attachment Clip. These holes are also used to 

attach the 8″ × 8″ U-Head Adapter. 

SHORING STEEL 

SHORING 

2

SHORING 

DECKFAST 

DeckFast, formerly Topec Deck System, is a modular slab formwork system that is used for commercial and 

industrial applications. The system will support slabs up to 22″ and heights up to 19′ above the floor or ground. 

The basic DeckFast system consists of tubular post shores that are adjustable to 18′, bearing supports and modular 

forming panels. The uniqueness of this system lies with bearing supports that capture and support corner clusters 

of four panels. When the bearing supports are fastened to flat top post shores, the panels and post shores can be 

erected individually from below, simplifying the erection process. 

The easy-to-use DeckFast system, with two basic components and two support rods, can be erected with a 

minimal amount of training. Even workers who are not familiar with the system can achieve high production rates 

per worker per day. 

Even infill sections can be easily formed and economically installed using DeckFast components. 

Forming panels are made from 5-ply bonded veneers with 10 mm plywood. Edges are protected by specially 

designed powder-coated aluminum framing members that not only minimize the gap between panels but also 

add to panel strength. Powder-coated aluminum frames minimize maintenance cleaning efforts and reduce 

cleanup costs. 

Standard DeckFast Panel size is a nominal 5.9′ × 5.9′ (34.8 ft²) but weighs only about 100 lbs. Other sizes are also 

available to fit your needs. 

Typical Application

Basic Components 

Panel 

All panel frames are lightweight aluminum and are powdercoated 

to reduce cleaning. Sizes include: 

SIzE 

180 x 180 cm* (6′ × 6′ nominal) 

180 x 90 cm* (6′ × 3′ nominal) 

180 x 75 cm* (6′ × 2′-6″ nominal) 

180 x 60 cm* (6′ × 2′ nominal) 

180 x 45 cm* (6′ × 1′-6″ nominal) 

Post Shore 

350 and 550 Post Shores are completely galvanized inside and 

out including external threads. A built-in stop prevents removal 

of inner tube. 

SIzE 

350: L = 6′6″ - 11′5″ nominal 

550: L = 10′1″ - 18′ nominal 

Inner tube diameter: 2.45″ nominal 

Outer tube diameter: 3″ nominal 

All shores are complete with quick-release pins. One tap with the 

hammer is usually enough to release the shore from its load. 

Bearing 

The support for the DeckFast Panels is inserted into the steel 

shore and secured with an integrated T-Spring Bolt or Bearing 

Retainer. 

Edge Support Bearing 

It is inserted into the shore like the DeckFast Bearing. The Edge 

Support facilities flush connections of the DeckFast Panels along 

side walls. 

Assembly Aids 

Post Shore Tripod 

The Post Shore Tripod is designed for steadying the 350 and 550 

Post Shores during erection procedures (maximum 3″ diameter 

post). 

The Hinged design accommodates all angular patters, such as 

90°, 180°, and 360°. 

DF Erection Rod 

Facilitates the erection and disassembly of the DeckFast Panels. 

For ceiling heights up to 3.65 m (12’-0” nom.) Adjustable in steps 

of 5 cm (2”). 

DECKFAST 

180 × 180 Panel 

SHORING 

350 Post Shore 550 Post Shore 

Bearing Edge Support Bearing 

Post Shore Tripod 

DF Aluminum Erection Rod 

2

SHORING 

POST SHORES 

Medium Duty 

The Medium Duty Post Shore is a single piece load carrying device with a built-in adjustment feature 

to facilitate handing without sacrificing convenience. It can be used by itself or in combination with 

shoring frame system. 

• Safety factor of 3:1. 

• Fitted with quick release stripping pin for easy assembly and dismantling. 

• Hot dip galvanized comes standard. 

POST SHORE 350 POST SHORE 550 

Range 6′-6″ to 11′-5″ 10′-1″ to 18′0″ 

Weight 46.5 lbs. 74.2 lbs 

Height Load Ratings (lbs.) 

9′ 6,400 -- 

10′ 5,600 8,800 

11′ 4,300 8,000 

12′ -- 6,700 

13′ -- 5,700 

14′ -- 4,800 

15′ -- 4,100 

16′ -- 3,500 

17′ -- 3,100 

18′ -- 2,700

GUARD RAIL / SLABGRABBER 

The A-93 Adjustable Safety Guard Rail Bracket 

exceeds O.S.H.A. requirements (Section 

1926.500). The top and middle railing supports 

accept 2×4’s while the bottom adjustable toe 

board is designed to accept double or single 

1×6’s or 1×8’s. 

The bracket clamps securely from the top side 

of the floor and tightens easily with the built-in 

handle on the locking rod. Will fit any slab from 

3″ to 36″ in thickness. 

SHORING 

2

COLUMN FORMING 

Steel Ply 

The Real Contractor’s Choice! R

Steel Ply 


Columns are common features in concrete construction projects and there are several ways that they can be formed 

with modular systems. When helping contractors choose the best system for a particular application, it is important to 

maximize equipment utilization based on form reuse. It is also necessary to consider the column dimensions, rate of 

pour and the required concrete finish to select the most appropriate equipment. 

Standard Steel-Ply® Without ties 

Any size column up to 24″ wide can be formed without ties 

by using standard Steel-Ply panels or fillers. Columns can 

be handset with standard outside corners. Handsetting 

forms is productive for projects with just a few columns or 

columns with varying dimensions. 

Columns can be also gangformed with a Column Hinge 

and a release corner for greater productivity. Quick Column 

Hardware is used in combination with the Column Hinge to 

provide a quick closure and release. This method of column 

forming with Steel-Ply virtually eliminates lost hardware 

and also provides maximum forming productivity, though 

you need a crane to move the equipment. 

Steel-Ply® Ganged Column Hardware 

Column Hinges are used to hinge forms during setting 

and stripping. Quick Column Hardware, used opposite 

the Column Hinges, allowed the forms to be opened with 

hardware still in place. Used together, this column hardware 

speeds column productivity and increases labor productivity. 

3


Steel Circular Column Forms 

Heavy duty, all-steel Circular Forms provide consistently 

round, smooth concrete columns for building and bridge 

construction. Look at the comprehensive features of these 

Column Forms: 

• A 3,000 psf pressure rating allows for fast pour 

rates. 

• Wide variety of standard sizes available for 

rental or purchase. Sizes include: 

• Diameters: 24″, 30″, 36″, 42″, 48″, 54″, 60″, 

72″, 84″ & 96″ 

• lengths: 1′, 2′, 4′, 8′ and 10′ (bolt together for 

desired height) 

• Other diameters and lengths for special 

conditionsare always available for purchase. 

CIRCUlAR Steel 

• Versatility allows Circular Column Forms to 

bolt to Steel-Ply®, Max-A-Form® and Flex- 

Form® Forming Systems. Flex-Form fillers allow 

attachment to Versiform®. 

• Accessories include ¾″ Speed Bolts and Nuts 

for fast connections; lifting lugs for safe crane 

handling; bolt on ladders for worker access; and 

stripping wedges for fast cycling. 

• There is an extremely low maintenance cost, 

and the cost per formed column is less than with 

other type column forms after only moderate 

reuse.


MFG FIBeRGlASS COlUMN FORMS 

MFG One Piece Round Coulumn Forms have only one vertical seam, are supplied with 

bracing collars and “fast” bolts, and are available on a sale or rental basis. Diameters 

range from 12″ to 48″ are available in one piece lengths up to 20′ long. 

3


SCISSOR ClAMP 

Scissor Clamp 

Used for columns of net concrete size 

from 10-½″ to 40″. Clamps are adjustable 

to fractions of an inch, no blank 

spots. Clamps are complete so no needless 

delays. Hammer is only tool needed 

to tighten and remove.They open 

either way, either side up and automatically 

squares the column.Pin and Chain 

Assembly 

Pin and Chain Assembly 

DeSCRIPtION Wt.(lBS.) 

10-½″ TO 22″ 40.0 

16″ TO 40″ 56.0 

Pin & Chain Replacement 1.0

For square and rectangular columns. 

Eliminate Back-up Stringers — Econ-O-Clamps are 

designed to exactly balance the strength of ¾″ plywood, 

thus cutting costs by eliminating back-stringers and 

simplifying erection. 

Automatically Squares Column — Econ-O-Clamps 

work just like a square to insure perfectly square form 

assembly every time. 

No Special Tools — A hammer is all that’s needed to 

set or strip Econ-O-Clamps. 

No Measuring — Notches on one-inch centers size 

column exactly. 

Speeds Erection — Just nail one-half of an Econ-O- 

Clamp in position, then place the other half over it and 

clamp it set. 

Specifications — Heavy-Duty Econ-O-Clamps are 

manufactured in three sizes of high carbon steel angles 

electrically welded and coated to prevent rusting. 

NO. SIZe 

FORMS 

COlUMNS (eA. PC.)) 

eCON-O-ClAMPS® 

WeIGHt 

PeR Set 

990104 24″ 8″×8″ thru 24″×24″ 21 lbs. 

990105 30″ 8″×8″ thru 30″×30″ 33 lbs. 

990106 36″ 8″×8″ thru 36″×36″ 39 lbs. 


3

BOX CULVERT 

The Box Culvert Traveler is a fast, reusable traveler 

system that can be stripped as one unit and moved on 

its own wheels to the next pour. No additional accessories 

are required for setting, stripping, or moving. 

The Box Culvert Traveler design utilizes steel headers 

and uprights to create the complete frame. Jacks, 

turnbuckles and a deck slip plate are integrated into the 

frame design to facilitate stripping. Large 10″ diameter 

wheels make the entire assembly easy to move. 

BOX CULVERT 

The Box Culvert Traveler can be used with Steel-Ply®, 

Versiform®, Aluminum Beam Gang and Max-A-Form® 

forming systems. Forms are attached to the traveler frame 

for the inside wall, and gang forms are used for the outside. 

High capacity ties are typically used to improve tie spacing 

and reduce labor costs.

BOX CULVERT 

BOX CULVERT 

4

BOX CULVERT 

MAX-A-FORM® 

Max-A-Form® is a gang form system that allows faster 

placement, pours and resetting. The strong, all-steel design allows forms 

to be set in larger units. Fewer crane picks are necessary and cycling 

time is optimized on repetitious pouring applications. Gang size is 

limited only by available crane capacity. 

Forms are assembled easily using ¾″ Speed Bolt and Nut. Panels are 

punched with enlonged holes in both the top and side framing, to allow 

easy alignment and quick assembly, regardless of panel orientation. 

Panels are available in more than 100 sizes, from 2′ wide by 1′ long to 

12′ wide 20′ long. The large number of filler choices allows more gang 

and detail flexibility. Large, 200 square foot panels mean fewer pieces, 

fewer panel joints and less labor to assemble. 

Versatile tie systems are available with capacities and configurations to 

maximize cost effectiveness for each application. 

Taper Ties and She-Bolts are used with Plate Washers or Cast Bearing 

Washers and nuts for efficient flat and battered wall applications. 

External top and bottom ties are available in several lengths and 

adjustment ranges to accommodate a wide range of wall thickness 

and special applications. 

Specifications: 

Skin Plate Thickness 3 ⁄16″ 

Pressure Ratings 8′ width: 1,500 psf 

10′ width: 1,200 psf 

12′ width: 1,000 psf 

2′, 2.5′, 3′ 3.5′, 4′, 5′, 6′, 7′, 8′, 

Panel Width 

9′, 10′, 12′ 

1′, 2′, 3′, 4′, 5′, 6′, 7′, 8′, 10′, 12′, 

Panel Length 

20′ 

Approximate Weight 20 psf (assembled) 

Panel Thickness 6-½″ - 2′ to 7′ width 

8-½″ - 8′, 9′, 10′ width 

10-½″ - 12′ width 

Max-A-Form® For Large Columns 

For large columns that require a concrete finish with few seams, Max-AForm 

is often the systems of choice. Max-A-Form columns up to 8’ wide can be 

poured without the use of internal ties. The Max-A-Form system features 

a 3 ⁄16″ steel face for a consistently smooth finish, and panel heights of up to 

20’. A heavy duty, 1500 psf rentable steel forming system ideally suited for 

forming square or rectangular bridge piers and columns. No matter what 

type of column contractors encounter, Hub has equipment that will help them 

form these common structural elements quickly and cost-effectively..

MIKE BRACKET 

ONE SIDED 

FORMING 

5

ONE SIDED 

FORMING 

Soldier Beam for use in forming and construction 

were developed in England years ago to reduce 

the need for scarce and high-priced lumber. They 

were brought to the U.S. and improved upon when 

the same conditions appeared in this construction 

market. 

Symons has improved on the original design to 

produce the “next generation”, the most versatile, 

compatible construction beam system available. 

Soldiers are a strong, lightweight construction beam 

system with unlimited application possibilities. They 

are truly the “next generation” because of their 

unique hole patterns which make them adaptable to 

almost any configuration. When used in conjunction 

with their accessories, Soldiers can be braces, 

horizontal shore, vertical shores, strongbacks, 

walers, cantilever stiffbacks, trusses and many other 

forming components. 

Soldiers are compatible with all Symons Forming 

Systems. They can be the waler and strongback 

system for Steel-Ply®, or Versiform®; they can be 

the one-sided bracing or cantilever stiffbacks for 

Max-A-Form®; they can be the truss and shoring for 

custom applications. 

SOLDIER BEAM 

Soldiers are double, 9″, specially formed channels 

of 10 gauge, high strength steel. The end plates are 

perpendicular to the channels. When bolted together 

end-to-end with four ¾″ × 2″ Speed Bolts, the 

Soldiers become a straight, continuous beam which 

develops its full strength through the connection. 

Hole patterns in all faces of the channels and in 

the end plates accommodate the accessories and 

permit assembly in many configurations. 

Soldiers are lightweight and strong. They are 

as light as double 5″ channels and as strong as 

double 8″ channels.The engineering data confirms 

the impressive strength to-weight ratio of Symons 

Soldiers. 

Soldiers Feature: 

• Unique hole pattern permits a wide variety 

of assembly configurations. 

• All accessories bolt to the Soldier with 

¾″ × 2″ Speed Bolt. 

• Soldier is fabricated with strong, but 

lightweight 50 ksi steel. 

• Accessories are bolted directly to the 

Soldier at any point along web. 

• End-to-end connection provides same 

moment capacity as beam. 

• A complete line of accessories and 

hardware are available.

SOLDIER BEAM 

ONE SIDED 

FORMING 

5

ONE SIDED 

FORMING 

LENGTH CAPACITY 

2′ - 0″ 37.3 kips 

↓ ↓ 

12′ - 0″ 37.3 kips 

13′ - 0″ 37.1 kips 

14′ - 0″ 36.8 kips 

15′ - 0″ 36.3 kips 

16′ - 0″ 35.5 kips 

17′ - 0″ 34.3 kips 

18′ - 0″ 32.9 kips 

19′ - 0″ 31.2 kips 

20′ - 0″ 29.4 kips 

21′ - 0″ 27.7 kips 

22′ - 0″ 26.3 kips 

23′ - 0″ 25.1 kips 

24′ - 0″ 24.1 kips 

25′ - 0″ 23.3 kips 

26′ - 0″ 22.7 kips 

27′ - 0″ 22.2 kips 

28′ - 0″ 21.8 kips 

29′ - 0″ 21.5 kips 

30′ - 0″ 21.1 kips 

31′ - 0″ 20.8 kips 

32′ - 0″ 20.4 kips 

33′ - 0″ 20.0 kips 

34′ - 0″ 19.5 kips 

35′ - 0″ 18.8 kips 

36′ - 0″ 18.1 kips 

37′ - 0″ 17.2 kips 

38′ - 0″ 16.3 kips 

39′ - 0″ 15.3 kips 

40′ - 0″ 14.3 kips 

SOLDIER BEAM 

SOLDIERS AS A POST SHORE 

GENERAL NOTES: 

All loads include a 3 to 1 factor of safety. 

Load capacities are based on 12″ strut jack extension. 

Gangs shorter than 28′-0″ did not vary more than ⅜″ in 

straightness. 

Gangs 28′-0″ and longer did not vary more than 1″ in 

straightness. 

Post shore should be plumb to ⅛″ in 3′-0″ or 2″ total. 

Whichever is less. 

All post shore lengths are unbraced. 

Brace as required for erection purposes and stability. 

Reference diagram for orientation of strut jack to the 

strong axis of the soldier.

SOLDIER BEAM 

WALER/SOLDIER BEAM COMPARISON 

ONE SIDED 

FORMING 

5

HUB FORMING 

FOR YOUR RENTAL 

NEEDS CALL 

HUB


HUB FORMING

TILT UP 

Ground release II lIftInG system* 

*U.S. Patent No. 4,703,595; 4,368,914 and 4,769,960 

The Ground ReleaseII System is designed to quickly and efficiently lift and handle tilt-up panels and to be easily 

released from the ground. Ladders are seldom required when using this system. 

The Dayton/Richmond T-41 Ground ReleaseII System 

Insert consists of a hot forged anchor, plastic support 

base and a plastic recess plug. The anchor permits 

rapid hardware attachment and allows smooth rotation 

of the panel during the lifting sequence. Insert height is 

determined by panel thickness. Insert sizes other than 

those shown in the Chart below are available on special 

order. Special order inserts are furnished with a plastic 

tipped wire base rather than the standard wire base. 

Ground ReleaseII Inserts are shipped assembled, ready to 

use and are sized ⅛˝ less than panel thickness. 

to order: Specify: (1) quantity, (2) name, (3) panel 

thickness, (4) bottom face exposed aggregate or form liner 

thickness. 

example: 150, T-41 Ground ReleaseII Inserts, 6″ panel 

with ¾˝ bottom face exposed aggregate. 

t-41 Ground releaseII Insert 

Warning! SWL provides a safety factor of approximately 2 to 1 in 2,500 psi weight concrete. 

note: Special Inserts are available sized for panel thicknesses other than those listed in the above 

chart. When these special inserts are supplied, they will have the Ground ReleaseII Anchor suspended 

from a plastic tipped wire support chair instead of being supported by a plastic base. 

Caution! Do not use for edge lifting of panels, as insert is not designed for such use. Do not use with 

top surface seeded exposed aggregate ¾″ or larger, as aggregate will pop out duringerection, resulting 

in a reduced insert SWL.

Ground releaseII lIftInG system* 

Continued 

*U.S. Patent No. 4,703,595; 4,368,914 and 4,769,960 

Exposed Aggregate Panel Inserts 

TILT UP 

Tilt-up panels with exposed aggregate or formliner 

thickness are often cast face down. In these panels, the 

aggregate or form liner thickness, as well as the structural 

thickness are required to determine correct insert height. 

For panels cast with exposed aggregate face up, the 

overall thickness of the panel determines insert height. 

T-43-R Ground ReleaseII Lifting Hardware* 

The Dayton/Richmond T-42-R Ground ReleaseII Lifting 

Hardware is an extremely simple, easy to use lifting unit 

designed to be used in conjunction with the T-41 lifting 

insert. The T-43-R lifting hardware has a safe working load 

of 15,000 pounds with an approximate 5 to 1 safety factor. 

to order: Specify: (1) quantity, (2) name. 

example: 8, Ground ReleaseII Hardware. 

note: It is a sound practice to have a spare lifting 

hardware device on hand for contingency purposes. 

* Protected by U.S.A. Patents 4,703,595 and 4,769,960 and Des. 344,836 

7

TILT UP 

t-110 suPerIor lIft system 

suPerIor lIftInG system 

The Dayton Superior T-110 Superior Lift Insert consists of 

a forged foot anchor, 4-leg wire base and plastic void former. 

The insert is positioned with the void direction toward the top 

of the panel and then is tied in place to the rebar cage. The 

T-120 Superior Lifting Hardware allows quick attachment to 

the insert and remote ground release after panel has been 

erected and braced. The T-110 Superior Lift Inserts are 

shipped assembled, ready to go and are sized ⅛″ less than 

the panel thickness. 

t-120 suPerIor lIft HardWare 

The Dayton Superior T-120 Superior Lift Hardware is 

designed to easily attach to the insert by engaging the 

curved clutch handle into the opening in the anchor. The 

bail of the hardware is designed to readily align itself to the 

pull of the rigging. Once engaged and under load, it can not 

be disengaged by remote ground release until the load has 

been removed in lowering the rigging. The T-120 is used for 

both face and edge lift system conditions. 

** Safe working load provides approxiamte safety 

factor shown in the chart with minimum 2500 psi 

normal weight concrete.

standard rigging details 

Panel ereCtIon InformatIon 

Rigging is an integral factor in Dayton Superior erection 

stress analysis. Rigging used on this project must conform 

to the rigging pattern specified and shown on the panel 

layout sheet for that individual panel. 

Use spreader and equalizer beams of such length that 

rigging cables are at a 90 ± 5 degree angle with the 

equalizer beams, unless otherwise shown or noted on the 

panel layout sheet. 

The contractor must refer to the special information sheet 

for the minimum cable length to be used for each type of 

rigging specified in these erection details. Using shorter 

cables than specified may overload inserts or crack 

panels. 

WarnInG 

Use of shorter cables or rigging patterns other 

than specified can cause insert failure, cracked 

panels, property damage, serious injury or death. 

Cables must be of sufficient diameter to minimize stretch 

under load. Small diameter cables may have sufficient 

strength, but may stretch and cause the panel to bounce 

and result in increased insert loads. 

WarnInG 

WarnInG 

TILT UP 

The factor of safety used in the lifting design for these 

tilt-up panels is based on the panel being handled one 

time. Lifting and/or handling a panel more than one time 

could lead to property damage, serious injury or death. 

Contact Dayton Superior Technical Service Center 

for proper rigging details before attempting to use two 

cranes dual-rigged to lift one panel. Improper dualrigged 

cranes may overload inserts resulting in property 

damage, serious injury or death. 

7

TILT UP 

P-24 delta tie 

sandWICH Panel ConneCtors 

The Dayton Superior P-24 Delta Tie is a unique insulated tilt-up concrete panel connector. It allows the contractor to 

fabricate a highly energy-efficient, insulated concrete sandwich wall panel using the insulating foam of his choice. 

This versatile connector allows the foam insulation to be placed from panel edge to panel edge, eliminating thermal bridges 

and costly energy loss. The foam insulation is sandwiched between two concrete wythes, or layers, to form a longlasting, 

energy-efficient concrete sandwich wall panel. The three wythes are tied together using P-24 Delta Ties. Spacing of the 

Delta Ties varies, based on the panel’s required composite moment capacity. 

The Delta Tie is produced using an engineered composite matrix. It consists of a 

geometrically configured, two-dimensional truss manufactured from continuous 

wound fiberglass embedded in an alkali resistant resin. The design of the Delta Tie 

produces a connector of remarkable strength and durability. The non-metallic, noncorrosive 

design of the Delta Tie eliminates any thermal transfer through the panel, 

increasing the insulating efficiency of the panel. 

advantages 

• Increased load bearing. 

• Stiffer insulated panels, easier to handle. 

• Design flexibility. 

• Material, labor and transportation cost reduction. 

• Quick and easy installation. 

• Applicable to all brands of foam panel insulation. 

P-24 delta tie 

The standard Delta Tie dimensions are shown in the accompanying detail. 

The connector is designed so that it can be oriented in the panel either on end or side, depending on the thickness of the 

insulation. For example, the 5″ × 7″ size can be used on its side in a 1″ to 2″ insulation or on end for 2″ to 4″ insulation. The 

Delta Tie can be used with any rigid insulation from 1″ to 4″ thick. This versatile, dual-use feature adds to the Delta Tie’s 

effective application compatibility and, at the same time, reduces inventory and storage requirements. 

In individual connector specimen and full size panel tests the Delta Tie has exhibited excellent loading behavior and load 

capacities. 

Increased load Bearing 

Tests have verified the excellent tension and shear strength characteristics of the Delta Tie insulated panel connector. 

The P-24 Delta Tie has the following ultimate capacities: 

• 3,220 lbs. in shear. 

• 3,100 lbs. in tension. 

stiffer Insulated Concrete Panels 

The inherent capabilities of the truss design greatly increase the stiffness of the panel. The added stiffness makes the panel 

easier to lift, handle, store and/or transport. 

design flexibility 

Due to the composite action gained by using the Delta Tie, panels may be cast in longer lengths or with thinner concrete 

wythes. Contact Dayton Superior for design programs available for Engineers. 

Cost savings 

The Delta Tie design provides a fast and easy installation to save labor. It produces stiffer panels to lessen handling. The 

connector’s design flexibility allows the cost saving attributes to be designed into the panel. Delta Tie connectors are 

purchased as a separate item, allowing the contractor to provide the foam insulation of his choice. 

Quick and easy Installation 

The two-dimensional design of the Delta Tie lends itself to easy installation. No drilling or special tools required. Simply use 

the foam as a straight-edge template to quickly place the connectors. 

Maximum recommended spacing is 8 square feet of panel per panel connector. 

For spacing other then 8 square feet of panel per connector, contact a Dayton Superior Technical Service Center.

dayton suPerIor ConCrete aCCessorIes 

Bracing Information 

TILT UP 

Brace Loading 

Bracing recommendations are for the sole purpose of temporarily bracing fully erected concrete tilt-up panels during construction—against 

wind loads only. This temporary bracing design is based on The American Society of Civil Engineers 

(ASCE) Minimum Design Loads for Building and other Structures, Standard 7-95 as recommended by the Tilt-up Concrete 

Association’s Guideline for Temporary Wind Bracing of Tilt-up Concrete Panels During Construction, TCA Guideline 5-98. 

The ASCE standard and the TCA guideline allow the basic wind speed, which is based on a 50-year mean recurrence 

interval, to be multiplied by a reduction factor for a 5-year mean recurrence interval which determines the construction wind 

speed used in the design of bracing systems. 

Brace anchors and main, knee, lateral and/or end braces are not designed or intended to sustain impact loads. Precautions 

must be taken to arrange the panel erection sequence so as to avoid the potential for impacting upright panels or portions of 

the bracing system. Bracing recommendations for other loads or forces that might be applied to the bracing system are beyond 

the scope of Dayton/Richmond. For bracing recommendations other than wind loads, the user should engage a design 

agency with capabilities of performing such a service. 

Brace removal 

This bracing system is designed to temporarily support tilt-up panels against wind loads until the building structure is complete 

and self supporting. The bracing system should never be disconnected or removed until the panels are secured by the 

permanent structural connections and all lateral load resisting systems are in place. 

If the structural documents do not indicate when the temporary bracing system can be removed, the engineer of record 

should be consulted. 

Safety Notes 

l Panel should be plumb with braces and knee braces installed before crane releases panel. 

l Lateral bracing should be installed immediately upon the crane and crew clearing the braces and before the next 

panel is erected. 

l Lateral bracing must be continuous, connected at each brace, and tied off with end braces at the end of each line. 

l Panels require a minimum of two braces per panel. 

l End braces to ground and/or cross braces must be installed every 100 ft. to prevent lateral movement of braces 

and to provide total brace stability. 

l All members of the brace system must be in place and secured at the end of each day. 

l Knee and lateral bracing must be located at mid-length of pipe brace. 

l Knee brace must be firmly fixed at bottom end to prevent possible upward buckling of main brace. 

l Do not erect panels or continue working during excessive windy or adverse weather conditions. 

l All brace inserts should be a minimum of 12” from any panel edge, opening, control joint or construction joint. 

l Panel bracing is designed to withstand specified wind loads until panels are connected to the structural system of 

the building. Do not remove any members of the bracing system until all structural connections are completed. 

l Use only the brace type as noted on the Panel Layout Sheet. No substitute brace hardware shall be used and all 

braces must be positioned at the specified locations. 

l For special bracing conditions that require deviation from the bracing dimensions shown on the Panel Layout Sheet 

contact Dayton/Richmond for recommendations. 

l See Panel Layout Sheet for type of brace, number of braces per panel, as well as knee and lateral bracing 

requirements. 

l Welding or bolting the tilt-up panels in place might preclude the use of braces. 

l After winds of 35 mph or more have been experienced at the job site, the tilt-up contractor must check the tightness 

of the bolts that secure the wall and foot plates to the concrete. Re-tightening of these bolts to the proper torque will 

assure that the pipe braces are secure. 

l The safe working load of the panel’s bracing system may be drastically reduced if other types of brace anchors are 

used as part of this project’s bracing system, other than specified brace anchors. 

Warning 

failure to install knee, lateral and end braces (when required) will greatly reduced the safe working load of the specified 

brace and may allow panels to fall causing severe injury or death. 

7

TILT UP 


Bracing Information (continued) 

Brace to Floor Slabs 

Dayton/Richmond specifies ONLY the T-4 cast-in-place anchor or the T-13 COIL-ANCHOR drill-in anchor for use in 

attaching braces to the floor slab 

When bracing tilt-up panels to a floor slab, a 3½” thick slab 

should not be used unless it has been thickened at the brace 

anchor location as shown. Normally, a floor slab having a 

uniform thickness of 4” to 6” is used in the construction of 

a tilt-up building. However, the floor slab thickness must be 

designed by a competent engineer as the thickness depends 

on several factors, including: basic wind speed, panel height, 

distance from panel to the first joint, leave out width and various 

dimensions of the bracing system. 

Warning! The floor slab sections may not be adequate to safely support the loads applied to the floor slab by the wall 

braces. It is the contractor’s responsibility to decide if a section of floor slab can safely support the applied brace loads. 

Dayton/Richmond cannot make this determination as it has no control over floor slab thickness, control joint spacings, width 

of the floor slab “leave out” strip or other factors that may affect the load carrying capacity of the floor slab. Movement of a 

section of floor slab can cause panels to fall, which may result in property damage and/or severe personal injury. The floor 

slab should be designed by a competent engineer to resist the applied loads. To assist the contractor or engineer, the total 

brace load per panel is shown on each panel detail sheet provided by Dayton/Richmond. 

Brace length and safe Working loads 

How to Calculate Brace length 

d = Elevation—top of panel above floor slab (not necessarily 

same as panel height). 

W = Wall insert dimension = ⅔ D 

f = Floor insert dimension - ¾ W 

B = Brace length = ¾ W 

danger! For safety, all braces must be installed at least 2’-0” above the panels 

center of gravity. 

Brace locations other than those shown may reduce the braces SWL drastically. 

Brace angles over 60° from the horizontal result in poor mechanical advantage 

and excessive vertical kick, while brace angles under 50° decrease brace buckling 

strength due to greater length and excessive sag.Without knee brace means that 

brace type can be adjusted for various lengths of “B” shown, and brace may be 

used without knee, lateral or end bracing. 

With knee brace means that brace type can be adjusted for various lengths of “B” 

shown and requires the use of knee, lateral and ending bracing to obtain the SWL 

listed. 

danger! Bracing must be installed at 90° ± 5° to plane of panel or brace safe 

working load will be greatly reduced. 

The following is a quick “Rule of Thumb” to use in determining if a brace is installed 

at 90° ± 5° to the panel: The brace may be skewed left or right 1 inch for 

every 1 foot that the brace anchor is located away from the wall. For example: If 

your dimension “F” is 15 ft. then your braces may be skewed 15” left or right and 

still stay within the required 5° tolerance. See panel layout sheets for proper “F” 

dimension. 

note: End braces to ground and/or cross 

braces must be installed every 100 ft. to 

prevent lateral movement of braces and to 

provide total brace stability.



Knee, Lateral and End Bracing 

Either lumber or pipe may be used as knee and end braces depending 

on the preference of the contractor. Pipe style knee or end braces 

shall be Dayton/Richmond’s T-16 Pipe (1½˝ Nom. Dia.) Knee Brace 

and its upper end shall be attached to the main pipe brace using the 

T-17 Swivel Coupler, #3 Style. 

TILT UP 

In order to properly strengthen the main pipe brace, knee bracing, 

lateral bracing and end bracing must be installed at the mid-point of 

the main pipe brace. 

Cross bracing is an acceptable alternative to lateral bracing and end 

bracing. This method provides excellent panel stability when the 

erection sequence dictates that there are no adjacent panels that 

would make continuous lateral bracing possible. 

t-17 swivel Coupler: Used to connect 1½˝ Nom. Dia. pipe knee brace to 2” or 

2½˝ Nom. Dia. pipe brace. 

Warning! If winds over 35 miles per hour 

are experienced on the job site, all bolts 

that secure the wall and foot plates to the 

concrete must be checked and retightened 

to the proper torque to assure that the pipe 

braces are secure. 

7

TILT UP 



Knee, Lateral and End Bracing 

Warning! Braces must be installed at 90° ± 5° to plane 

of panel or brace safe working load will be drastically 

reduced. Panel stability may be jeopardized when braces 

are skewed. 

If KO is listed after the brace type, this indicates that the 

specified brace may be used without knee, lateral or end 

bracing. 

If K1 is listed after the brace type, this indicates that the 

specified brace shall be used only with knee, lateral and 

end bracing. 

Warning! It is common to refer to the sub-bracing support 

system of the main braces as knee bracing. However, the 

user is to be aware that when knee bracing is required, it 

means that lateral bracing and end bracing must also be 

included. this sub-support system is needed to reduce the 

buckling length of the main pipe braces and must have 

firm connections at all points. The knee brace must also be 

connected at its bottom end. 

Corner Bracing 

The proper method of bracing corner panels is shown left. 

Attachment of braces to deadman in the leave-out area 

allows the braces to be properly located without having to 

skew the braces for attachment to the floor slab. Corner 

brace lengths must be adjusted to eliminate pipe 

interference. 

7



T-14 Tilt-Up Wall Braces 

TILT UP 

The Dayton/Richmond T-14 Tilt-Up Wall Braces are all steel, heavy duty wall braces designed to quickly and easily 

align and brace tilt-up wall panels. Rough adjustment of the T-14 braces is easily accomplished by telescoping the 

pipes to the nearest incremental hole. 

Final adjustment is then achieved by simply turning the brace on the stationary stud. Dayton/Richmond wall braces 

are available in numerous sizes to provide a continuous range of tilt-up panel heights of fifty feet or more. Refer to the 

chart below for additional information. 

to order: Specify: (1) quantity, (2) Name, (3) model. 

example: 200, T-14 Tilt-Up Wall Braces, Model B-8 

7

TILT UP 



Brace Length and Safe Working Loads 

sWl provides a minimum factor of safety of 1.5 to 1. 

stud short Pipe Brace 

d W f B safe Working load 

Without Knee Bracing 

12′-0″ 8′-0″ 6′-0″ 10′-0″ 6,500 lbs. 

13′-0″ 8′-9″ 6′-6″ 10′-9″ 6,450 lbs. 

14′-0″ 9′-5″ 7′-0″ 11′-8″ 5,225 lbs. 

15′-0″ 10′-0″ 7′-6″ 12′-5″ 4,450 lbs. 

16′-0″ 10′-9″ 8′-0″ 13′-3″ 3,750 lbs. 

ms Heavy duty regular Pipe Brace 


Without Knee 

Bracing 

With Knee 

Bracing 

18′-0″ 12′-0″ 9′-0″ 15′-0″ 6,500 lbs. 6,500 lbs. 

19′-0″ 12′-8″ 9′-6″ 15′-10″ 6,500 lbs. 6,500 lbs. 

20′-0″ 13′-4″ 10′-0″ 16′-8″ 6,500 lbs. 6,500 lbs. 

21′-0″ 14′-0″ 10′-6″ 17′-6″ 5,925 lbs. 6,500 lbs. 

22′-0″ 14′-8″ 11′-0″ 18′-4″ 4,800 lbs. 6,500 lbs. 

23′-0″ 15′-4″ 11′-6″ 19′-2″ 3,925lbs. 6,500 lbs. 

24′-0″ 16′-0″ 12′-0″ 20′-0″ 3,575 lbs. 6,500 lbs. 

25′-0″ 16′-8″ 12′-6″ 20′-10″ 2,975 lbs. 6,500 lbs. 

26′-0″ 17′-4″ 13′-0″ 21′-8″ 2,500lbs. 6,500 lbs. 

27′-0″ 18′-0″ 13′-6″ 22′-6″ 2,275 lbs. 6,500 lbs. 

28′-0″ 18′-8″ 14′-0″ 23′-4″ 1,950 lbs. 6,500 lbs. 


danger! With knee bracing means that knee, lateral and end bracing must be installed in order to obtain SWL’s 

shown.



Brace Length and Safe Working Loads (continued) 

TILT UP 

ms Heavy duty long Pipe Brace 


Without Knee Bracing With Knee Bracing 

27′-0″ 18′-0″ 13′-6″ 22′-6″ 5,975 lbs. 6,500 lbs. 

28′-0″ 18′-8″ 14′-0″ 23′-4″ 5,325 lbs. 6,500 lbs. 

29′-0″ 19′-4″ 14′-6″ 24′-2″ 4,800 lbs. 6,500 lbs. 

30′-0″ 20′-0″ 15′-0″ 25′-0″ 4,250 lbs. 6,500 lbs. 

31′-0″ 20′-8″ 15′-6″ 25′-10″ 3,450 lbs. 6,500 lbs. 

32′-0″ 21′-4″ 16′-0″ 26′-8″ 2,825 lbs. 6,500 lbs. 

33′-0″ 22′-0″ 16′-6″ 27′-6″ 2,550 lbs. 6,500 lbs. 

34′-0″ 22′-8″ 17′-0″ 28′-4″ 2,100 lbs. 6,500 lbs. 

35′-0″ 23′-4″ 17′-6″ 29′-2″ 1,750 lbs. 6,500 lbs. 

36′-0″ 24′-0″ 18′-0″ 30′-0″ 1,600 lbs. 6,500 lbs. 

37′-0″ 24′-8″ 18′-6″ 30′-10″ 1,350 lbs. 6,500 lbs. 

38′-0″ 25′-4″ 19′-0″ 31′-8″ Not Recommended. 6,300 lbs. 











danger! With knee bracing means that knee, lateral and end bracing must be installed in order to obtain SWL’s 

shown. 

Jumbo Pipe Brace 

type d W f B safe Working load Without Knee 

Bracing 

D8 20′-0″ to 30′-0″ 17′-6″ 13′-3″ 22′-0″ 6,500 lbs. 

D8-5 25′-0″ to 31′-0″ 21′-6″ 16′-3″ 27′-0″ 6,500 lbs. 

D8-10 29′-0″ to 44′-0″ 25′-6″ 19′-3″ 32′-0″ 6,500 lbs. 


note! When calculating maximum brace spacing always compare the selected brace safe working load with the maximum 

brace load that can be safely carried by the brace anchor. 

7

TILT UP 

HuB 

PIPe BraCes 

Tilt-Up — Long — Heavy- 

Duty 

For bracing tilt-up concrete 

construction against wind loads. 

Not for use w/concrete block, brick 

or masonry walls. Adjustable. Foot 

plate attached to 1½˝ dia. rod which 

acts as adjusting screw. Thread fast 

& nonclogging. Can be adjusted 6˝ 

increments by aligning pin holes in 

pipes. Fine adjustments made by 

rotating pipe assembly. 

Hub lgth. 

sku no. desc. ft. 

990188 STUB Short Pipe Brace 8-13 

990189 MS Heavy-Duty Regular 

Pipe Brace 14-23 

990190 ML Heavy-Duty Extra Long 

Pipe Brace 23-39 

990191 D8 Jumbo Brace 22 

990193 D8-5 Jumbo Brace w/5´ 

Extension 27 

990194 D8-10 Jumbo Brace w/10´ 

Extension 32 

POR B-11 Tru-Itt Brace 25´-6˝ 

to 40´-0˝ ... 

POR B12 Jumbo 5½˝ 32´ fixed ... 

dayton suPerIor 

shim Kits 

Korolath — Heavy-duty 

— shimpaks 

Made of (1) 1 ⁄16˝ thick shim, (3) ¼˝ 

thick shims & (2) ⅛˝ thick shims in that 

order. Held together w/resilient band 

for easy of removal or addition. 

Hub size Pkg. 

sku no. desc. In. Qty. 

570034 62030 Shim Kit 4 × 6 50 

420145 62000 Shim 1 ⁄16 × 2 × 4 ... 

420146 62003 Shim ⅛ × 2 × 4 ... 

420147 62006 Shim ¼ × 2 × 4 ... 


Pipe Knee Brace 

Pipe with footplate. 

Hub sku no. size 

990195 T-16-10 1½˝×10´6˝ 

990196 T-16-14 1½˝×14´6˝ 


Knee Brace swivel 

Coupler 

Connect 

Hub Coupler to Pipe 

sku no. type size In. 

990197 T-17-3 No. 3 1½ - 2½˝ 


Knee Brace Brackets 

Hub 

sku no. desc. 

POR T-17-HD For Jumbo Brace 


tang Bolt 

Coil-Anchor — Type T-13 

Includes: 1 Coil-Anchor bolt, 1 cut 

washer, 1 tang. 

Coil Anchor Sets 

Bolt Bolt 

Hub dia. lngth. Pkg. 

sku no. In. In. Qty. 

990358 49206 ¾ 4½ 20 

POR 123045 ¾ 6 20 

Bolt Tangs 

Hub dia. 

sku no. desc. In. Qty. 

870074 49203 Tang Spring ¾ 100 

Must torque 200 ft. pounds. 


Coil Bolts 

Work 

Hub dia. lngth. load Pkg. 

sku no. In. In. limit lb. Qty. 

990166 45204 ¾ 3½ 9000 100 

990168 45206 ¾ 4 9000 100 

Other sizes available upon request 


lift Insert Hardware 

Gyro Tilt PIus 


sku no. desc. 

990331 T-50 Gyro Tilt PIus 

Hardware 

POR T-53 8 Ton Gyro Tilt PIus 

Hardware


sl lifting eyes 

Type SL — Universal 

Warning. Not interchangeable w/other 

manufacturer’s products. 


sku no. desc. tons 

990206 60573 SL Lifting Eyes 2 




lost Insert lift Plate 


sku no. series 

990215 49102 T-75 


lift Plate 

Type T-12 — Swivel 

Hub Bolt 

sku no. desc. dia. 

990210 49109 Single Lift Plate ¾″ 

990243 49110 Single Lift Plate 1″ 


lifting Plates 

Double Swivel 

For smaller sizes see T-12 swivel 

lifting plate. 


sku no. desc. tons 





face lift Inserts 

T-49 Gyro Tilt 

Plus 

Structural 

Hub Panel 

sku no. thick In. 

420163 103210 5 

420164 103220 5½ 

420165 103230 6 

420182 103240 6¼ 

420166 103250 6½ 

420167 103260 7 

420179 103270 7¼ 

420168 103280 7½ 

420169 103290 8 

420170 103310 8½ 

420171 103320 9 

420183 103330 9¼ 

420172 103333 9½ 

420173 103335 10 

420174 103340 10½ 

420175 103350 11 

420176 103360 11½ 

420177 103370 12 

TILT UP 


Concrete Inserts 

T-52 Gyro Tilt PIus - 8 Ton 

Shipped assembled. Each insert sized 

⅛˝ less than panel thickness (see 

table). Minimum concrete compressive 

strength 2500 psi. 

When ordering, specify overall 

panel thickness including structural 

thickness & aggregate or from liner 

thickness. 

structural 

Hub Panel thickness 

sku no. In. Wt. lbs. 

... T-52-8 8 390 

... T-52-1O 10 445 

... T-52-12 12 590 


Concrete anchors 

Type SL — Steel — High 

Tensile 

safe 

Work 

Hub dia. lgth. ld. 

sku no. desc. In. In. tons Qty. 

420160 60617 SL Anchor 9 ⁄16 6¾ 2 50 

420078 60638 SL Anchor ¾ 9½ 4 25 

... 60650 SL Anchor 1 3 ⁄32 13⅜ 8 ... 

... 60657 SL Anchor 1½ 19¾ 20 ... 

7

TILT UP 


edge lift Inserts 

T-49E 4 Ton 

Hub rod Pkg. 

sku no. size In. Qty. 

420181 T-49-E 9½ 100 


shear Bars 

for Swift Lift Anchors 

no. 60114. For use w/4 ton anchor. 

Rebar Size #4. 

Rebar Shear Bars 

Hub Pkg. 

sku no. desc. Qty. 

420076 60114 Rebar Shear Bar 100 

no. 60132. For use w/2 ton anchor. 

Wire dia. 0.375. 

Smooth Shear Bars 


sku no. desc. Qty. 

420074 60132 Smooth Shear Bar 100 


recess Plugs 

Type SL — Throw-Away 

— Round 

Hub sku 420073. 2 ton, SL 

disposable recess plug 

Hub sku 420075. 4 ton, SL disposable 

recess plug 

Hub for Pkg. 

sku no. model no. desc. Qty. 

420073 60725 P-59 Smooth Shear Bars 100 

420075 60728 P-59 Smooth Shear Bars 100 


recess Plugs (rubber) 

SL — P-56 

For use w/P-63 & P-64. 

Recess Plugs — Round 

Hub save Work dia. Pkg. Wt. 

sku no. load tons In. Qty. lb. 

990203 60723 2 3 100 35.0 

990204 60726 4 3¾ 50 67.6 

990205 60729 8 4¾ 25 100.0 

... 60732 20 6⅜ 10 300.0 

Recess Plugs — Narrow 

Hub save Work dia. Pkg. Wt. 

sku no. load tons In. Qty. lb. 

... 60724 2 3 100 35.0 

... 60727 4 3¾ 50 67.6 

... 60730 8 4¾ 25 100.0 

... 60733 20 6⅜ 10 300.0 


floor Brace anchors 

Hub rod dia. lgth. 

sku no. In. In. 

420018 48934 ¾ 4 

420019 48936 ¾ 5 

420020 48938 ¾ 6 


Wall Brace anchors 

Hub rod dia. lgth. 


... 49259 ¾ 4½ 

420118 49260 ¾ 5 

420119 49261 ¾ 5½ 

420120 49262 ¾ 6 

420188 49225 ¾ 6¼ 

420121 49263 ¾ 6½ 

420122 49264 ¾ 7 

420123 49265 ¾ 7½ 

420124 49266 ¾ 8 

420125 49267 ¾ 8½ 

420126 49268 ¾ 9 

420184 49286 ¾ 9¼ 

420127 49269 ¾ 9½ 

420189 49270 ¾ 10 

420113 49271 ¾ 10½ 

420114 49272 ¾ 11 

420115 49273 ¾ 11½ 

420116 49274 ¾ 12 


Brace Insert - Inverted 

Installed w/type T-21 plastic plugs. 

Hub rod dia. 

sku no. In. Qty. 

420128 48973 ¾ 100



Single Strongback — 

Plastic Tipped Legs 

Stainless steel tip available. 

Hub dia. slab thick 


420085 48536 1 Up to 5½ 

420086 48538 1 6 

420087 48540 1 6½ 

420088 48542 1 7 

420089 48544 1 7½ 

420090 48546 1 8 

420091 48548 1 8½ 

420092 48550 1 9 

420093 48552 1 9½ 

420079 48554 1 10 

420080 48556 1 10½ 

420082 48560 1 11½ 

420083 48562 1 12 



Double Strongback — 

Plastic Tipped Legs 

Stainless steel tips available. 

Hub dia. slab thick 


420009 48483 1 Up to 5½ 

420010 48484 1 6 

420011 48485 1 6½ 

420012 48486 1 7 

420013 48487 1 7½ 

420014 48488 1 8 

420016 48489 1 9 

420003 48876 1 10 

420007 48878 1 12 


Quick release Inserts 

FastBack/StrongBack 

For use w/T-62 strongback bolts. 

Standard panel thicknesses 5˝-9˝. 


sku no. desc. 

POR T-61-R Quick Release Strongback Insert 


fastBack/strongBack 

Quick Release 

For use w/Model T-61 strongback 

inserts w/wing nut & flat washer. 


sku desc. Qty. 

990370 24˝ FastBack Bolt 100 

990392 30˝ FastBack Bolt 100 


aluminum strongbacks 

Sizes are available from 2´ to 40´. 

Rented by the lineal foot. 


sku no. desc. 

990366 990366 Aluminum Strongback 

990367 Aluminum Splicer Plate 

Assembly 

TILT UP 


fastback Plate 

1 5 ⁄16˝ Hole 

Fastback Plates — Single 


sku no. Plate size In. 

990371 990371 ½ × 6 × 6 

Fastback Plates — Double 1 5 ⁄16˝ Hole 



990372 990372 ½ × 6 × 18 


strongback Plates 

Double — 1˝ Hole 



990226 990226 ½ × 6 × 18 

7

LIGHT FORMING 

JAHN-A® 

Bracket is made of high strength steel with a 

cadmium plated eccentric and painted body which 

is rust resistant. Designed for use with single 

2×4 waler. Can be installed either before or after 

walersare in place. Can be used for any type of wall 

formsand may be used repeatedly. 

WT.(LbS.) 

1.4 

JAHN-C® 

Jahn C® bracket is used to attach vertical 

strongbacks for form work alignment. Designed for 

use with single 2×4 walers and 8-¼″ end. Eccentric 

securely holds form work while compensating for 

minorvariations in lumber sizes. Bracket can also be 

used to support a horizontal plywood joint. 

WT.(LbS.) 

2.0 


JAHN® CORNERLOCK 

The Jahn cornerlock is used at outside corners to 

secure the 2×4 walers. Only two nails are needed 

for attachment, while barbed plates grip the side of 

the 2×4’s for positive non-slip action. The locking 

handle has a “Cam Action”, drawing the walers 

together at true right angles. No special tools are 

needed for either installation or stripping. 

WT.(LbS.) 

1.1 

JAHN® TIE EXTENDER 

Converts short end snapties to standard end 

snapties. With the Jahn® C bracket and 2×4’s, 

vertical strongbacks are possible at any point in the 

form. 

WT.(LbS.) 

0.2 

JAHN® SCAFFOLD JACK 

The all steel unit designed to fit 24″×24″, 16″×24″ tie 

and waler spacings. This jack has a built in guardrail 

receptacle and is designed to hold two 2×10 planks 

for a comfortable working platform. Space jacks at 

8′-0″ maximum centers. Note: Snapties are not 

designed to carry scaffold bracket loads. 

DESCRIPTION WT.(LbS.) 

A-89 17.0

Liner Clamp 

Designed for use with a single 2×4 strongback for 

vertical form alignment, this liner clamp can be 

installed after erection of the forms and is not limited 

by form-tie spacing. Sturdy, galvanized construction 

reduces maintenance and replacement, and speedy 

installation reduces forming costs. Strongbacks 

are used to align and not to strengthen forms. 

They are normally used on one side only, spaced 

6′ horizontally. Liner clamps should attach the 

strongback to every other single waler. 

WT.(LbS.) 

1.1 

Steel Wedge 

The steel tie holder is fabricated from high carbon 

steel and heat treated for added strength. Easily 

installed and removed; will not turn or fall off. 100 

pieces/carton. 

SIzE WT.(LbS.) 

¾″ 0.40 

1-⅛″ 0.40 


LIGHT FORMING 

Panel Clip 

A thin, strong clip used primarily for adding extra 

height to form panels. A common use of the Panel 

Clip is as an aid to setting standard narrow filler 

panels horizontally on the top of a wall of form 

panels. Standard wall ties can be used to tie the wall 

at the joint between the fillers and the normal wall 

panels. 50 pieces per carton. 

WT.(LbS.) 

0.47 

Waler bracket 

Unsafe toenail connections can be eliminated and 

waler lumber saved by using this bracket. Fasten 

to studs with double head nails, insert walers and 

secure with Steel Wedge. Normal spacing 4′ on 

center. Available in one size for 2×4′s. 

WT.(LbS.) 

0.87 

8

LIGHT FORMING 

Jahn® Forming System 

Preparation: 

Gang drilling the plywood is the only preparation 

required. Holes need to be drilled ⅛″ larger than the 

snap tie head. Normally a 9 ⁄16″ diameter drill bit will 

be required. We recommend you drill a maximum 5 

plywood panels.The ⅝″ take-up of the eccentric on the 

Jahn “A” Bracket allows a snap tie with a L&W dimension 

of 4-¾″ to be used with a ⅝″ or ¾″ plywood. The ⅝″ 

take-up on the “C” bracket allows it and 8¼″ snap ties to 

be used on ⅝″ plywood. 


Snaptie Spacing and Rate Placement: 

The most common snap tie spacings being used with the Jahn Forming System are shown below. For different 

rates or pour and/or other tie spacing, contact Masons Supply. Refer to the back cover for addresses and 

phone numbers. 

Plywood Used Strong Way (Face Grain Parallel to Spacing) 

Notes: The above recommendations are based on the use of ¾″ Plyform Class I, and 2×4 S4S studs (Douglas Fir- 

Larch, Southern Pine or equal having a minimum allowable fibre stress of 1,200 psi). Design is based on all formwork 

members being continuous over four or more supports. Normal weight concrete made with type 1 cement, no 

admixtures or pozzolan, slump no more than 4 inches and vibration limited to 4 lineal feet or less.


Footing Plates: 

Good forming practices require that a level footing be 

used as a starting point for all forming applications. 

Snap a chalk in back of the plywood thickness and nail 

down a 2×4 plate. 

Installation of Snapties and “A” brackets: 

Place the ends of the Snapties through the holes 

in the plywood. The 4¾″ L&W Snaptie, Standard is 

recommended for use with the Jahn “A” Brackets, ⅝″ or 

¾″ plywood and 2×4 wales. 

Two workmen can install the snap ties with speed and 

economy. One inserts the tie through the tie hole and 

the other attached the “A” bracket. 


LIGHT FORMING 

Plywood Panel Erection: 

Erect, plumb, nail to plate and temporary brace 

the first sheet of plywood. 

Erect additional sheets of plywood by nailing 

them to the 2×4 plate and temporary wood 

cleats at the top corners. Make sure the joints 

are tight. If panels are to be stacked, ensure that 

the panel tops are level. 

8

LIGHT FORMING 


Installation of Wales: 

Install the Walers into the brackets working from top to 

bottom of the panel and tightening the eccentric as you 

go. Waler joints should occur at a bracket or a scab 

should be utilized to reinforce the joint (see sketch). 


Inside Wall Panel Erection: 

The inside panel sequence is the same as the outside 

panel described above except for the placement of 

the plywood panels over the tie ends. This can be 

accomplished by two workmen by starting at the bottom 

and moving the panel from side to side and up and down 

to align the snap ties with the holes in the plywood.


Inside Corner Forming: 

No special treatment is required for inside corners other 

than the alternating of the wales as shown in the sketch. 

It is advantageous to start the inside corners with full 

size plywood panels to facilitate forming the outside 

corners. 

Outside Corner Forming: 

Install the first outside panel in line with the first inside 

panel.Filler panels, the same thickness as the wall 

plus the plywood thickness, are then used to fill out the 

exterior corner. 

Installation of Jahn Cornerlock: 

The cornerlock eliminates costly overlapping and 

blocking of the wales. Its cam action draws the wales 

securely together. Place one wale flush at the corner 

and let the other extend past the flush one. Slip the 

cornerlock into place with the handle perpendicular to 

the wale. Nail the cornerlock in place and rotate the 

handle 90° toward the wale. A snug, tight outside corner 

is accomplished. 

Installation of Strongbacks: 

Strongbacks are used to aid in form alignment and to tie 

stacked panels together. Loose 2×4’s are used in 

conjunction with Jahn “C” Brackets and 8¼″ L&W snap 

ties or 4¾″ L&W snap ties with the Jahn Tie Extenders 

to strongback the forms. Normal strongback spacing is 

8′-0″ on center. 


LIGHT FORMING 

8

LIGHT FORMING 



Joint Cover Details: 

Alternate A - Drill 9 ⁄16″ diameter hole 1⅛″ down from 

top edge of the lower sheet of plywood. Install snap 

tie, “A” Brackets and wale and then the upper sheet of 

plywood. Nail the upper sheet of plywood to the wale. 

Alternate b - Install snap tie in the joint between the 

panels. Add double wales and a “C” Bracket. 

Alternate C - Nail 4×4 wale to lower sheet of plywood, 

hold the wale in place with strongbacks and add 

upper sheet of plywood. 

Installation Of Second Lift Of Plywood: 

Lift the plywood sheet and place it into position. Hold 

the sheet in place with a short 2×4 spacing block, 

snap tie and “C” Bracket placed toward the top of 

the panel and nail the bottom of the sheet to the joint 

cover wale. 

Set additional panels by nailing them to the joint 

cover wale and securing them to the previous panel 

with a small wood cleat. 

Install the snapties, brackets and wales - working 

bottom to top. 

Note: Snap ties are not designed to carry scaffold 

bracket loads.

SINGLE LINER SCAFFOLD bRACKET 

SCAFFOLD JACK bRACKET 

SCAFFOLD bRACKETS 

LIGHT FORMING 

Scaffold bracket 

Scaffold Bracket Jack meets state building codes and 

OSHA minimum requirements and is used to support 

scaffolding on nearly any type of formwork. By changing 

the position of the pins in the vertical and horizontal 

members the bracket can be quickly adjusted to fit 2×4, 

2×6 or 2×8 wales positioned flush against a wall. 

Attachment can be made to a concrete wall by attaching 

the bracket to an exposed coil tie, insert or other 

appropriate device. The bracket has a 1″ diameter pipe 

coupling welded to the vertical leg which can be used in 

conjunction with a six inch long pipe nipple to attach the 

bracket to an exposed she-bolt inside rod. The Scaffold 

Bracket Jack folds for easy storage and convenient 

shipping. 

Replacement parts for bracket are available on special 

order, contact Hub for cost and availability. 

WT.(LbS.) 

23.0 

8

HEAVY FORMING 

Taper Tie 

The 1″ to 1-¼″ taper tie system is a versatile forming system 

which is completely reusable, no expandable parts 

are left behind in the hardened concrete. Features quick 

assembly and fast stripping. Feed-through installation permits 

both side forms to be in place before ties are installed. 

Available in various lengths with 1-¼″ diameter × 10″ exterior 

coil thread on the larger end with 1″ diameter × 6″ coil 

thread on the small end. Use with bearing washer and cast 

wing nut. Taper Ties should be coated with a white lithium 

grease before inserting into form and should be removedwith 

a wrench. SWL 34,000 lbs. 

SIzE 

TAPEREd 

LEngTh 

WT.(LbS.) 

35″ 17″ 10.0 

42″ 24″ 12.0 

45″ 27″ 13.0 

48″ 30″ 14.0 

55″ 37″ 16.0 

60″ 42″ 25.0 

TAPER TIE 

Sure Plug 

The sure plug is easily pushed into a hole the specified depth by 

using the insertion tool. Pushing against the bottom of the blind 

center hole of the plug forces the plug’s oversize body to elongate 

as it enters the hole. When the pushing force is stopped, 

the plug elastically returns towards its original diameter creating 

a high radial pressure against the walls of the hole. As the 

plug is gray colored to blend with concrete, it may be positioned 

flush with the concrete face, or recessed, depending on the architectural 

effect desired. When recessed, the sure plugs may 

also serve as backing for flush or recessed grouting. 

PLug SIzE 

hoLE 

dIAmETER 

WT.(LbS.) 

#16 1″ 0.05 

#18 1-⅛″ 0.06 

#20 1-¼″ 0.07 

#22 1-⅜″ 0.08 

#24 1-½″ 0.11 

SWL provides a factor of safety of approximately 2 to 1.

Insertion Tool 

Used to insert sure plugs flush with face of concrete or 

recessed to various depth. Specify plug size when ordering 

insertion tool. 

SIzE 

16 

20 

24 

White Lithium grease 

A creamy white extreme pressure grease formulated with 

a high quality base oil, lithium soap and non abrasive basic 

oxides. It is a multi purpose grease for applications where 

customer preference is for a white non oil staining grease. 

Good rust and corrosion protection. 


1 Gal. 10.0 

5 Gal. 50.0 

Rubber Stoppers 

White neoprene rubber stoppers for plugging taper tie 

holes before grouting. 

SIzE 

1- 5 ⁄16″ × 1- 3 ⁄ 32″ 

1-¼″ × 1- 1 ⁄16″ 

1-⅛″ × 3 1 ⁄ 32″ 

Other sizes available on request. 

TAPER TIE 

SWL provides a factor of safety of approximately 2 to 1. 

HEAVY FORMING 

9

HEAVY FORMING 

ShE boLT 

Coil-Lag 

Designed to provide a temporary means of attaching formwork to wood timbers. Typical application: one-sided forming 

against soldier piles with wood lagging. Standard hex head lag bolt for sock wrench installation. Swivel loop coil tie end 

to accommodate misalignment between lag bolt placement and formwork tie location. Accepts either industry-standard 

½″ coil rod or N/C rod. Bolt is ASTM A307. Swivel loop is AISI C1038. Maximum safe working load is 3,000 lbs. (2-to-1 

safety factor). Actual SWL will depend on pull-out strength of lag in wood and off-axis loading angle. 

Wood SPECIES 

SPECIFIC 

gRAVITY3 

AxIAL LAg WIThdRAWAL LoAd In dIFFEREnT ThICknESS Wood 1, 2 

1-½″ 2″ 2-½″ 3″ 3-½″ 4″ 

Oak, Red 0.62 1,590 2,120 2,660 3,190 3,720 4,250 

Western Larch 0.53 1,260 1,680 2,100 2,520 2,940 3,360 

Douglas Fir 0.50 1,150 1,540 1,920 2,310 2,690 3,080 

Western Hemlock 0.48 1,090 1,450 1,810 2,170 2,530 2,890 

Southern Yellow Pine 0.48 1,090 1,450 1,810 2,170 2,530 2,890 

Eastern White Pine 0.37 730 980 1,220 1,470 1,710 1,960 

oFF-AxIS LoAd oFF-AxIS LoAd FACToR 4, 5 

AngLE WITh gRAIn ACRoSS gRAIn 

10° 1.0 1.0 

30° 1.0 0.7 

45° 0.9 0.5 

60° 0.7 0.4 

90° 0.5 0.3 



¾″ LAG Bolt With ½″ Coil/ 

NC Tie. 

0.7 

1. Load lbs at approximat 3-to-1 safety factor. Figures based on p=8,100 3/2 D 3/4 L, where 

G is specific gravity, D is lag shank diameter, and L is penetration of threaded portion 

in wood (from Forest Products Laboratory Wood Handbook, 1999). Load not to exceed 

3000 lbs in any case (chaded areas represent pull-out values which exceed max. SWL 

of the Coil-Lag). 

2. All load ratings are for bolt installation into side grain in sound wood, minimum 1-½″ from 

edge and 4″ from end of timber. 

3. Specific gravity figures typical for kiln-dried samples of the listed species. Load ratings 

based on S.G. figures shown, actual S.G. values for wood vary widely. Unless acutal S.G. 

is known, use lower figure for load calculations. 

4. Multiply off-axis load factor times axial lag withdrawal load for allowable off-axis. Example: 

60o offaxis, with-the-grain load into 3” Douglas Fir would be 0.7*2310=1617 lbs max. 

Remeber: this is the load applied to the swivel loop coil, NOT the axial load on the lag. 

5. Bolt must be threaded into timber until swivel loop is in contact with wood surface.

J hook 

Fabricated from mild steel in standard ½″ NC and coil diameters. 

Threaded one end and die formed into a sturdy 

hook. Lengths are net. SWL is 800 lbs in tension. 

dESCRIPTIon WT. (LbS.) 

½″ NC × 2″ 0.17 

½″ NC × 3″ 0.20 

½″ NC × 4″ 0.25 

½″ COIL × 4″ 0.25 

½″ COIL × 6″ 0.32 

other sizes available on request. 

Rebar hook 

A multipurpose coupler for making a fast field connection 

between ½″ coil rod and rebar up to #6 in size. A simple 

“push and twist” action is all that is needed to make the 

connection; the coil rod itself keeps the Rebar Hook in 

place on the rebar. Fits in tight spaces: little clearance 

around rebar needed for attachment. Connects anywhere 

along length of rebar. Welded to rigorous standards using 

computer-controlled equipment. Use with Transition Ties 

for Stay-Form® blindside walls. 1800 lbs. Safe Working 

Load (2-to-1 safety factor). 100 Pieces per carton. 

WT.(LbS.) 

0.37 

ShE boLT 


HEAVY FORMING 

Tapped Lag bolt 

Simplifies blind wall forming, speeds concrete pours and 

reduces external bracing. Fast installation. Drill 9 ⁄16″ pilot 

hole in lagging, screw bolt, tapped with ½″ diameter thread, 

into wood lagging. Install ½″ N.C. threaded rod and she 

bolt assembly. 


¾″×5″×½″ N.C. Inner 0.51 

TREATEd TImbER 

SIzE 

PILoT hoLE 

SIzE 

SWL 

TEnSIonS(LbS.) 

2″ × 10″ 9 

⁄16″ 1,575 LBS* 

3-¾″ OR 4″ × 12″ 9 

⁄16″ 2,820 LBS* 

*QuALITY oF LumbER WILL EFFECT STREngTh. 

9

HEAVY FORMING 

ShE boLT / WAShERS 

She bolt 

The she bolt tie system is one of the most versatile form hardware 

systems produced for use with large “crane handled” 

or “ganged forms.” Using a bearing washer and wing nut on 

the threaded external end of the she-bolt allows this system 

to be used on a wide range of different formwork thickness. 

Inexpensive expendable inside tie rods are used, allowing the 

bolt assembly to be passed through the forms after both form 

sides have been set in place. She Bolts should be coated with 

white lithium grease beforeinserting into form and should be 

removed with a wrench. 

SIzE InnER 

*SWL TEnSIon 

(LbS.) 

WT. 

(LbS.) 

17″× ¾″ ACME ½″ NC 6,300 1.75 

17″×¾″ COIL ½″ COIL 9,000 1.75 

20″×¾″ COIL ½″ COIL 9,000 2.10 

24″×¾″ COIL ½″ COIL 9,000 7.0 

20″×1¼″ COIL ¾″ COIL 18,000 5.60 

24″×1¼″ COIL ¾″ COIL 18,000 7.00 

30″×1¼″ COIL ¾″ COIL 18,000 9.10 

36″×1¼″ COIL ¾″ COIL 18,000 12.00 

other sizes available on request. 

*SWL is based on using ½″ high tensile N/C rod, ½″ or ¾″ 

high tensile coil rod. 

Waterseal Washer 

Neoprene waterseal washers may be installed on 

inside tie rods to help eliminate water seepage along 

the tie. Generally specified when ties are used to form 

water containment structures. 

InSIdE Rod 

dIAmETER WT.(LbS.) 

½″ 

¾″ 

1″ 

SWL provides a factor of safety of approximately 2 to 1.

nut Washer 

Coil nut washers are available with ¾″ acme or coil 

thread diameters. Made of ductile iron, the nut washer 

is designed to take the place of a loose hex nut and 

flat washer. 

SIzE 

SWL TEnSIon 

(LbS.) 

WT. 

(LbS.) 

¾″ Acme 9,000 1.30 

¾″ Coil 9,000 1.30 

Plate Washer 

For use with coil bolts, she bolts, taper ties and coil nuts. 

Washer sizes are designed to provide adequate bearing 

against wood form members. Maximum space between 

strongbacks should not exceed rod diameter plus ¼″. 

SIzE Rod dIAmETER WT. (LbS) 

3″×3″×¼″ ½″ 0.65 

4″×4″×¼″ ½″ 1.15 

4″×4″×⅜″ ¾″ 1.71 

5″×5″×⅜″ ¾″ 2.66 

6″×6″×½″ ¾″ 5.1 

5″×5″×½″ 1″ 3.55 

6″×6″×½″ 1″ 5.10 

6″×6″×¾″ 1-¼″ 8.45 

6″×6″×1″ 1-½″ 10.00 

battered Washer 

Battered washers are used with either coil bolts, she bolts 

and taper ties when the walers are at an angle to the tips. 

Permits any angle from 90° to 45°. SWL is based on maximum 

spacing of 3″ between strongbacks. 

Rod dIAmETER WT. (LbS.) 

1-¼″ 3.5 

1-½″ 6.0 

WAShERS 


HEAVY FORMING 

Cast bearing Washer 

Cast Bearing Washers are used with she bolts or taper 

ties with steel, aluminum or wood forms. SWL based 

on maximum spacing of 3″ between strongbacks. SWL 

25,000 lbs. 

Rod dIAmETER WT. (LbS.) 

1-¼″ 3.0 

9

HEAVY FORMING 

Cast Wing nut 

The cast wing nut is available in all diameters. It is fabricated 

from ductile steel. Utilized when frequent removal and 

application of a nut is required. 

SIzE SWL TEnSIon WT.(LbS.) 

¾″ 18,000 0.90 

1″ 38,000 1.07 

1-¼″ 52,000 1.22 

1-½″ 80,000 2.86 

CoIL WIng nuT 

We Deliver the Goods!

DESCRIPTION SKU # 

AIR COMPRESSOR, IR 175 CFM 990347 108 

BANDING TENSIONER TOOL 990600 93 

BANDING SEAL TOOL 990601 93 

BENDER, REBAR M.Q. #MB-25 990472 109 

BRACKET, BOTTOM LUMBER ADJ. UNIT 990182 96 

BRACKET, C-50 BRIDGE OVERHANG 990386 101 

BRACKET, DEVCO CORNER 990006 87 

BRACKET, HEADER FORM 990377 96 

BRACKET, JEFFY FORM 990389 97 

BRACKET, LOWER KNEE BRACE 990185 97 

BRACKET, TOP LUMBER BRACE 990183 96 

BRACKET, UPPER KNEE BRACE 990184 96 

BRACKET, WALER 2 × 4 990019 88 

BUCKET, CONCRETE 990425 109 

CATHEAD, ¾″ ACME 990036 89 

CLAMP, 36″ COLUMN ( EA. PC. ) 990101 91 



CLAMP, COLUMN WEDGE CHAIN 990272 91 

CLAMP, COLUMN WEDGE 990271 91 

CLAMP, FORM ALIGNMENT 990260 87 

CLAMP, SCA PILASTER 990108 92 

COIL BOLT, ½″ × 4″ 990156 96 

COIL BOLT, ½″ × 5″ 990172 96 

COIL BOLT, ½″ × 6″ 990157 96 

COIL BOLT, ½″ × 8″ 990158 96 

COIL BOLT, ½″ × 10″ 990159 96 

COIL BOLT, ½″ × 11″ 990160 96 

COIL BOLT, ½″ × 12″ 990161 96 

COIL BOLT, ½″ × 13″ 990162 96 

COIL BOLT, ½″ × 14″ 990163 96 

COIL BOLT, ½″ × 15″ 990164 96 

COIL BOLT, ½″ × 17″ 990165 96 

COIL BOLT, ¾″ × 3″ 990167 96 

COIL BOLT, ¾″ × 3-½″ 990166 96 

COIL BOLT, ¾″ × 4″ 990168 96 

COIL BOLT, ¾″ × 5″ 990173 96 

COIL BOLT, ¾″ × 6″ 990169 96 

COIL BOLT, ¾″ × 8″ 990285 96 

COIL BOLT, ¾″ × 10″ 990170 96 

COIL BOLT, 1” X 4” 990176 96 

COIL BOLT, 1” X 6” 990177 96 

COIL BOLT, 1” X 8” 990178 96 

COIL BOLT, 1-½” x 4” 990179 96 

RENTAL 

10

RENTAL 

DESCRIPTION SKU# # 

COIL BOLT, 1-1/2” x 6” 990180 96 

COIL BOLT, 1-1/2” x 9” 990181 96 

COIL NUT, 3/4” HEX, (STD.) 990055 91 

COIL NUT, 3/4” HEAVY HEX 990056 91 

COIL NUT, 1” HEAVY HEX 990057 91 

COIL NUT, 1-1/4” HEAVY HEX 990411 91 

COIL COUPLING NUT, 1” 990259 91 

COIL WING NUT ( CAST ), ½″ 990059 91 

COIL WING NUT ( CAST ), ¾″ 990060 91 

COIL WING NUT ( CAST ), 1″ 990241 91 

COIL WING NUT ( CAST ), 1-¼″ 990061 91 

CONSCREED PIPE, ( 1-½″ × 21′ Steel Pipe ), 21 990153 95 

CONSCREED SUPPORT, 12″ 990154 95 

CONSCREED SUPPORT, 24″ 990313 95 

CORD, EXTENSION 50′ 10/3 30 AMP 990346 108 

CORD, EXTENSION 100′ 10/3 30 AMP 990338 108 

CORD, HI-CYCLE 100′ A748-2 990406 103 

CURB HOOK, 8″ REBAR 990139 94 

CUT WASHER, ¾″ (LOANED) 990248 97 

CUT WASHER, 1″ (LOANED) 990249 97 

DRILL, MINNICH A-1C 990360 103 

ECONOCLAMP, 24″ ( EA. PC. ) 990104 92 



ELLIS SHORE CLAMP 990109 92 

ELLIS SHORE JACK 990110 92 

E101 EPCON HAND INJECTION TOOL 990277 104 

FASTBACK HARDWARE BOLT W/ Wing Nut, 1″ × 24″ 990370 100 

FASTBACK HARDWARE BOLT W/ Wing Nut, 1″ × 30″ 990392 100 

FASTBACK PLATE (½″ × 6″ × 18″), 1- 5 ⁄16″ DOUBLE 990372 100 

FASTBACK PLATE (½″ × 6″ × 6″), 1- 5 ⁄16″ SINGLE 990371 100 

FASTSET FORMHANGER ADJUSTABLE 990289 95 

FLAT STAKE, STEEL 12 990140 94 

FLAT STAKE, STEEL 18″ 990141 94 







FORM BRACKET, FORM 990377 94 

FORM BRACKET, JEFFY 990389 95 

GENERATOR, MQ GA6HRZ 6KW 990423 102 

GENERATOR, HI-CYCLE HHA-2C W/WHEEL KIT 990016 106

DESCPRIPTION SKU # 

GENERATOR, YAMAHA YG6600DEX 990390 107 

GENERATOR, YAMAHA YG6600DEX 990359 108 

GRINDER, ALLEN DIAMOND 990404 105 

GRINDER, STOW FLOOR 990395 107 

GRIPPER LITE 990880 90 

GROUT HOSE, 1″ × 12.5′ 990300 104 

GROUT HOSE, 1″ × 25 990330 104 

GROUT HOSE, 1″ × 50′ 990301 104 

GROUT PUMP, CG050 AIR 990355 104 

GROUT PUMP, CG050M HAND 990333 104 

GUARD RAIL POST / SLABGRABBER 990384 100 

GUARD RAIL RECEPTACLE, C-52 990385 101 

GUN, EPOXY FOR 22oz. CARTRIDGE 990352 104 

GUN, P110 CARTRIDGE 990305 104 

HAMMER, BOSCH 11304 KIT W/ CART AND STEEL 990424 105 

HAMMER, BOSCH 11305 DEMOLITION 990308 105 

HOSE, 100′ DRUM TOP 990374 102 

HOSE, 25′ POWER SPRAY 990394 102 

HOSE, ¾″ × 50′ AIR 990348 108 

HOSE, ⅜″ × 100′ AIR 990379 108 

HOSE, DISCHARGE 2″ × 50′ 990365 107 

HOSE, SUCTION 2″ × 20′ 990364 107 

IRON & COVER, JP414 SPLICING 990318 107 

JACK, 42″ BRIDGE OVERHANG 990329 100 

JACK, DELUXE SCAFFOLD 990033 89 

JAHN “A” BRACKET 990007 87 

JAHN “C” BRACKET 990008 87 

JAHN CORNER LOCK 990010 87 

JAHN SCAFFOLD JACK 990011 87 

JAHN TIE EXTENDER 990009 87 

LASER ALIGNMENT, NICAD CHARGER 990254 105 

LASER ALIGNMENT, LB-1 INSTRUMENT MODEL 3920 990238 105 

LASER ALIGNMENT, LB-10 INSTRUMENT 990400 105 

LASER ALIGNMENT, ROD-EYE BRACKET 990253 N.S. 

LASER ALIGNMENT, ROD-EYE 4 RECEIVER 990262 105 

LASER LEVEL, LEICA RUGBY 100 990612 105 

LASER TRIPOD 990255 105 

LIFT PLATE, ANGLE 1″-12″ O.C 990212 N.S. 

LIFT PLATE, ANGLE 1-¼″-15″ O.C 990213 N.S. 

LIFT PLATE, DOUBLE EDGE 1″ 990214 N.S. 

LIFT PLATE, DOUBLE SWIVEL 1″ 990242 99 

LIFT PLATE, LOST INSERT 990215 99 

LIFT PLATE, PIO 1″-15″ 990216 99 

LIFT PLATE, SINGLE ¾ 990210 99 

RENTAL 

10

RENTAL 


LIFT PLATE, SINGLE 1″ 990243 99 

LIFT PLATE, SINGLE 1-1/2” 990211 99 

LIFT UNIT, DAYTON GR 190199 98 

LIFT UNIT, DAYTON SPECIAL Special 100 

LIFT UNIT, GYRO SPECIAL Special 100 

LIFT UNIT, GYRO PLUS 990331 98 

LIFTING EYE, 2 TON SL 990206 98 



MATERIAL SPREADER, ENGINE DRIVEN 990258 101 

MATERIAL SPREADER, MORRISON 990399 101 

MIXER, MORTAR ( POLY TUB ) 990335 109 

MTX80 RAMMER, MULTIQUIP 990953 109 

PENCIL ROD BUTTON, ¼″ 990012 87 

PENCIL ROD BUTTON, ⅜″ 990013 88 

PIPE KNEE BRACE SWIVEL COUPLER 990197 97 

PIPE KNEE BRACE, 10′-6″ 990195 97 

PIPE KNEE BRACE, 14′-6″ 990196 97 

PIPE SHORE, “U” HEAD-4X 990114 92 

PIPE SHORE, #1 W/ Welded U-HEAD Not Removable 990326 92 

PIPE SHORE, 350 ( 6′6″-11′5″ ) 990867 92 

PIPE SHORE, 550 ( 10′1″-18′0″ ) 990868 92 

PLANER, STOW 8FP55H 990349 107 

PLATE WASHER, ½″ HOLE- 3″ × 5″ 990046 88 

PLATE WASHER, ½″ HOLE- 4″ × 5″ 990047 88 

PLATE WASHER, ¾″ HOLE- 4″ × 5″ 990048 88 

PLATE WASHER, 1″ HOLE- ½″ × 5″ × 5″ 990049 88 

PLATE WASHER, 1-¼″ HOLE- 6″ × 6″ 990328 88 

PLATE, ALUMINUM SPLICER ASSEMBLY 990367 100 

PLATE COMPACTOR, MIKASA 5.5 HP HONDA 990422 109 

PLATE COMPACTOR, MIKASA MVC77SH 990453 109 

POWER BUGGY MQ 990469 109 

PRESSURE WASHER, MI-T-M 11HP HONDA 990368 108 

PRESSURE WASHER, DeVILBISS 990534 108 

PUMP, SUBMERSIBLE 2″ 990309 107 

ROLLER & FRAME, 20″ SPIKED CHEMREX 990403 109 

ROPE, 30′ RELEASE (YELLOW) 990286 98 

ROPE, ½″ SWIVEL SNAP 990294 98 

ROTO-HAMMER, ¾″ SDS 990306 104 

SAW, SOFF-CUT X-150 990595 106 

SAW, SOFF-CUT 310 990417 106 

SAW, SOFF-CUT GS-400 990420 106 

SAW, SOFF-CUT GS-1000 990437 106 

SAW, SOFF-CUT G-2000 990414 106


SAW, SOFF-CUT X-2500 990473 106 

SAW, SOFF-CUT X-4000 990471 107 

SCREED BAR, ½″ × 2″ × 10′ 990115 92 

SCREED HOOK, DOUBLE 2 × 4 990117 93 

SCREED HOOK, DOUBLE BAR 990245 93 

SCREED HOOK, FLAT STAKE 2 × 4 990298 95 

SCREED HOOK, SINGLE 2 × 4 990116 93 

SCREED HOOK, SINGLE BAR 990244 93 

SCREED POST, BASE PLATE 990121 93 

SCREED POST, FEMALE 8″ 990134 94 





SCREED POST, GROUND 12″ 990122 93 







SCREED POST, SCREW 8″ 990128 94 






SCREED, ALLEN AIR 990235 101 

SCREED, ALLEN ENGINE DRIVEN 990295 101 

SCREED, STEEL SPEED 990200 95 

SHE BOLT, 17″ ACME 990034 89 

SHE BOLT, 24″ ACME 990035 89 

SHE BOLT, 1-¼″ × 1″ × 24″ COIL 990327 89 

SHE BOLT, PULLER ( ACME ) 990039 89 

SHE BOLT, WRENCH 990038 89 

SPRAY CART, ALLEN 990418 N.S. 

SPRAY RIG DRUM TOP, ALLEN 990237 101 

SPRAY WAND ( 3 PC. ), 10’ 990393 102 

ST10 IN-LINE PVC SPLICER 990317 103 

STRONG BACK, 8″ DOUBLE ALUMINUM 990366 100 

STRONG BACK, BOLT ¾″ × 24″ 990217 99 

STRONG BACK, BOLT 1″ × 18″ 990218 99 



RENTAL 

10

RENTAL 



STRONG BACK, BOLT 1-¼″ × 21″ 990221 99 

STRONG BACK, PLATE ¾″ ROUND 990222 99 

STRONG BACK, PLATE ¾″ SQUARE 990223 99 

STRONG BACK, PLATE 1″ S 990225 99 

STRONG BACK, PLATE 1″ DOUBLE 990226 99 

STRONG BACK, PLATE 1″ ROUND 990224 99 

SUPERTIE GRIPPER ( .308 ROD ) 990028 90 

SUPERTIE GRIPPER, ¼″ × 6″ PIPE SET TOOL FOR 990314 90 

SUPERTIE WALERWEDGE ( .308 ROD ) 990293 89 

SUPERTIE WEDGE ( .308 ROD ) ( 2″ × 4″ ) 990029 90 

TAPER TIE KEY PLATE 990044 88 

TAPER TIE, 1″ × ¾″ × 48” COIL 990343 91 

TAPER TIE, 24″ SLOTTED 990040 88 




TILT-UP BRACE ADJ. PIN ( LOANED ) 990201 97 

TILT-UP BRACE HITCH PIN CLIP (LOANED) 990247 97 

TILT-UP BRACE, 7′-11′ SHORT 990186 96 

TILT-UP BRACE, 8′-13′ SHORT 990188 96 

TILT-UP BRACE, 13′-23′ M-S 990189 96 

TILT-UP BRACE, 23′-39′ M-L 990190 96 

TILT-UP BRACE, D-8 22′ SUPER 990191 97 

TILT-UP BRACE, D-8 + 10′ SUPER 990345 97 

TILT-UP BRACE, D-8 + 5′ SUPER 990344 97 

TILT-UP, ANGLE CLIP, T-60 990174 95 

TRIPOD, RENTAL 990255 106 

TROWEL, WALK BEHIND 3´ - 5HP WHITEMAN 990461 103 



TROWEL, 42″ RIDING DOUBLE PAN 990373 102 

TROWEL, 46″ TWIN ENGINE PAN DOUBLE 990405 102 

TROWEL, 46″ WHITEMAN OVERLAP RIDING 990351 102 

TROWEL, WHITEMAN 4′ 8HP WALK BEHIND 990413 103 

TROWEL, WHITEMAN 4′ DOUBLE PAN 990407 102 

TURNBUCKLE, FORM ALIGNMENT 990005 87 

VIBRATOR, HI-CYCLE 2-3/8” HEAD 990362 103 

WALL PLATE ASSEMBLY, C-51 990387 103 

WEDGE, 5M SNAPTIE ( 2-¼″ × 6″ ) 990016 88

FORM ALIGNMENT TURNBUCKLE 

SKU# 990005 

DEVCO CORNER BRACKET 

SKU# 990006 

JAHN “A” BRACKET 

SKU# 990007 

JAHN “C” BRACKET 

SKU# 990008 

JAHN TIE EXTENDER 

SKU# 990009 

JAHN CORNER LOCK 

SKU# 990010 

RENTAL 

FORM ALIGNMENT CLAMP 

SKU# 990260 

¼″ PENCIL ROD BUTTON 

SKU# 990012 

10

RENTAL 

⅜″ PENCIL ROD BUTTON 

SKU# 990013 

5M SNAPTIE WEDGE 

( 2-¼″ × 6″ ) 

SKU# 990016 

2 × 4 WALER BRACKET 

SKU# 990019 

WE 

RENT 

SLOTTED TAPER TIE 

990040 24″ SLOTTED TAPER TIE 




TAPER TIE, 1″ × ¾″ × 48˝ COIL 

SKU# 990343 

TAPER TIE KEY PLATE 

SKU# 990044 

PLATE WASHER 

990046 ½″ HOLE - 3″ × 5″ 

990047 ½″ HOLE - 4″ × 5″ 

990048 ¾″ HOLE - 4″ × 5″ 

990049 1″ HOLE - ½″ × 5″ × 5″ 

990328 1-¼″ HOLE- 6″ × 6″

SUPERTIE WALERWEDGE 

( .308 ROD ) 

SKU# 990293 

DELUXE SCAFFOLD JACK 

SKU# 990033 

ACME SHE BOLT 

990034 17″ ACME SHE BOLT 

990035 24″ ACME SHE BOLT 

COIL SHE BOLT 

1-¼″ × 1″ × 24″ 

SKU# 990327 

¾″ ACME CATHEAD 

SKU# 990036 

SHE-BOLT WRENCH 

SKU# 990038 

RENTAL 

SHE-BOLT PULLER ( ACME ) 

SKU# 990039 

10

RENTAL 

¼″ × 6″ PIPE SET TOOL 

FOR SUPERTIE GRIPPER 

SKU# 990314 

SUPERTIE WEDGE 

( .308 ROD ) ( 2″ × 4″ ) 

SKU# 990029 

GRIPPER LITE 

SKU# 990880 

SUPERTIE GRIPPER 

( .308 ROD ) 

SKU# 990028 

The SuperTie, Fiberglass Formtie Systems, are 

used to secure concrete formwork during concrete 

placement and initial hydration, with a formtie 

system which would not have the inherent 

limitations of previously popular steel form tie 

systems. The SuperTie Systems eliminate the 

possibility of rust stains and deterioration of the 

structure that is often caused by failure of patching 

for steel form tie holes. 

Advantages 

Superior Finishes - Superior architectural 

finishes, without patches or rust. 

No Corrosion - The fiberglass form tie material 

cannot rust, eliminating the need to have a 

breakback, and subsequent plugging and patching, 

to forestall rust. 

Saves Money - Saves dramatically in labor costs. 

Reduced form tie related costs as much as 70%. 

Reduced Inventory - "One size fits all jobs". 

Bulk lengths are cut to working length at the job site. 

Extends Form Life - All forms and form liners 

strip easily from the structure without damage from 

the ties. 

Natural Insulator - Fiberglass tie, which is left in 

the structure, is electromagnetically transparent, 

making it ideal for special situations where magnetic 

or electrical interference is undesirable. Fiberglass 

will not promulgate radio frequency and shields 

nuclear energy. 

SuperTie, Fiberglass Formtie Systems 

Section 1 - Introductory Information 

SuperTie 

Fiberglass formtie systems 

Serving the industry since 1987 

Saves Labor! 

Cut Costs in a Snap! 

Provides Superior Finishes! 

Rod, Gripper and Wedge - the basic components 

of the Light (6,000#) and Medium (15,000#) 

SuperTie Systems 

Compatibility 

The SuperTie Systems are compatible with all job 

built and commercially available form systems. 

Basic Uses 

The SuperTie Systems are appropriate for use in 

all forming applications, but are especially beneficial 

in situations such as architectural finishes, since an 

aesthetically pleasing finish is attained with 

tremendously reduced labor expenditures. It also 

reduces costs in battered wall and "odd sized" tie 

situations, since the rod is cut to the length required 

at the job site. 

SuperTie 50K, a 50,000 pound (ultimate 

tensile strength) system, mounted on 

commercially available form. 

RJD Industries, Inc. 26945 Cabot Rd. #105 Laguna Hills, CA 92653-7009 Tele: 800-344-4753 or 949-582-0191 Fax: 949.582.0995 

-- page 5 --

HEX COIL NUT (STD) 

990055 ¾″ HEX COIL NUT (STD) 

990056 1″ HEX COIL NUT (STD) 

990057 1-¼″ HEX COIL NUT (STD) 

¾″ HEAVY HEX COIL NUT 

SKU# 990411 

1″ COIL COUPLING NUT 

SKU# 990259 

WE 

RENT 

RENTAL 

½″ COIL WING NUT ( CAST ) 

990059 ½″ COIL WING NUT ( CAST ) 

990060 ¾″ COIL WING NUT ( CAST ) 

990241 1″ COIL WING NUT ( CAST ) 

990061 1-¼″ COIL WING NUT ( CAST ) 

COLUMN CLAMP ( EA. PC. ) 

990101 36″ COLUMN CLAMP 



COLUMN CLAMP WEDGE CHAIN 

SKU# 990271 

COLUMN CLAMP WEDGE CHAIN 

SKU# 990272 

10

RENTAL 

ECONOCLAMP ( EA. PC. ) 

990104 24″ ECONOCLAMP 



SCA PILASTER CLAMP 

SKU# 990108 

ELLIS SHORE CLAMP 

SKU# 990109 

ELLIS SHORE JACK 

SKU# 990110 

PIPE SHORE 

990867 350 PIPE SHORE (6′6″ to 11′5″) 

990326 #1 PIPE SHORE W/ Welded 

U-HEAD Not Removable 

990868 550 PIPE SHORE (10′1″ to 18′) 

PIPE SHORE “U” HEAD-4X 

SKU# 990114 

½” × 2″ × 10′ SCREED BAR 

SKU# 990115

SINGLE SCREED BAR HOOK 

SKU# 990244 

DOUBLE SCREED BAR HOOK 

SKU# 990245 

STEEL BANDING TOOLS 

TENSIONER SEALER 

SKU# 990600 SKU# 990601 

2 × 4 SINGLE SCREED HOOK 

SKU# 990116 

RENTAL 

2 × 4 DOUBLE SCREED HOOK 

SKU# 990117 

BASE PLATE SCREED POST 

SKU# 990121 

GROUND SCREED POST 

990122 12″ GROUND SCREED POST 







10

RENTAL 

SCREW SCREED POST 

990128 8″ SCREW SCREED POST 






FEMALE SCREED POST 

990134 8″ FEMALE SCREED POST 





8″ REBAR CURB HOOK 

SKU# 990139 

2 × 4 FLAT STAKE SCREED HOOK 

SKU# 990298 

STEEL FLAT STAKE 

990140 12″ STEEL FLAT STAKE 








HEADER FORM BRACKET 

SKU# 990377

21′ CONSCREED PIPE 

(1-½″ × 21′ Steel Pipe) 

SKU# 990153 

BASE PLATE SCREED POST 

990154 12″ CONSCREED SUPPORT 

( Recommended 3-Conscreed 

Bracket Per 21′ of Pipe ) 

990313 24″ CONSCREED SUPPORT 

STEEL SPEED SCREED 

SKU# 990200 

FASTSET FORMHANGER 

ADJUSTABLE 

( 5′-8′ School Bracket ) 

SKU# 990289 

JEFFY FORM BRACKET 

SKU# 990389 

T-60 TILT-UP ANGLE CLIP 

SKU# 990174 

RENTAL 


10

RENTAL 

8″ REBAR CURB HOOK 

990156 ½″ × 4″ COIL BOLT 

990172 ½″ × 5″ COIL BOLT 

990157 ½″ × 6″ COIL BOLT 

990158 ½″ × 8″ COIL BOLT 

990159 ½″ × 10″ COIL BOLT 

990160 ½″ × 11″ COIL BOLT 

990161 ½″ × 12″ COIL BOLT 

990162 ½″ × 13″ COIL BOLT 

990163 ½″ × 14″ COIL BOLT 

990164 ½″ × 15″ COIL BOLT 

990165 ½″ × 17″ COIL BOLT 

990167 ¾″ × 3″ COIL BOLT 

990166 ¾″ × 3-½″ COIL BOLT 

990168 ¾″ × 4″ COIL BOLT 

990173 ¾″ × 5″ COIL BOLT 

990169 ¾″ × 6″ COIL BOLT 

990285 ¾″ × 8″ COIL BOLT 

990170 ¾″ × 10″ COIL BOLT 

990176 1″ × 4″ COIL BOLT 

990177 1″ × 6″ COIL BOLT 

990178 1″ × 8″ COIL BOLT 

990179 1-½″ × 4″ COIL BOLT 

990180 1-½″ × 6″ COIL BOLT 

990181 1-½″ × 9″ COIL BOLT 

BOTTOM ADJ. LUMBER BRACKET 

UNIT 

SKU# 990182 

TOP LUMBER BRACE BRACKET 

SKU# 990183 

UPPER KNEE BRACE BRACKET 

SKU# 990184 

LOWER KNEE BRACE BRACKET 

SKU# 990185 

TILT-UP BRACE 

990186 7′-11′ SHORT TILT-UP BRACE 

990188 8′-13′ SHORT TILT-UP BRACE 

990189 13′-23′ M-S TILT-UP BRACE 

990190 23′-39′ M-L TILT-UP BRACE

SUPER TILT-UP BRACE 

990191 D-8-22′ SUPER TILT-UP BRACE 

990344 D-8 + 5′ SUPER TILT-UP BRACE 

990345 D-8 + 10′ SUPER TILT-UP BRACE 

TILT-UP BRACE ADJ. PIN 

(Loaned) 

SKU# 990201 

TILT-UP BRACE HITCH PIN CLIP 

(Loaned) 

SKU# 990247 

CUT WASHER 

(Loaned) 

990248 ¾″ CUT WASHER (LOANED) 

990249 1″ CUT WASHER (LOANED) 

PIPE KNEE BRACE 

990195 10′-6″ PIPE KNEE BRACE 

990196 14′-6″ PIPE KNEE BRACE 

RENTAL 

PIPE KNEE BRACE SWIVEL 

COUPLER 

SKU# 990197 

10

RENTAL 

DAYTON GR LIFT UNIT 

SKU# 990199 

DAYTON GR LIFT UNIT 

SPECIAL DAYTON GR LIFT UNIT 

( T-43 4-Ton ) 

SPECIAL DAYTON GR LIFT UNIT 

( T-83 8-Ton ) 

GYRO PLUS LIFT UNIT 

(8-Ton) 

SKU# SPECIAL 

GYRO PLUS LIFT UNIT 

(4-Ton) 

SKU# 990331 

30′ RELEASE ROPE (YELLOW) 

SKU# 990286 

½″ ROPE SWIVEL SNAP 

SKU# 990294 

2 TON SL LIFTING EYE 

SKU# 990206 


SKU# 990207 


SKU# 990208

SINGLE LIFT PLATE 

990210 ¾″ SINGLE LIFT PLATE 

990243 1″ SINGLE LIFT PLATE 

990211 1-½″ SINGLE LIFT PLATE 

1″ DOUBLE SWIVEL LIFT PLATE 

SKU# 990242 

LIFT PLATE 

990215 LOST INSERT LIFT PLATE 

990216 1″ PIO LIFT PLATE - 15″ O.C.. 


STRONG BACK BOLT 

990217 ¾″ × 24″ STRONG BACK BOLT 

990218 1″ × 18″ STRONG BACK BOLT 




990221 1-¼″ X 21″ STRONG BACK BOLT 

RENTAL 

ROUND STRONG BACK PLATE 

990222 ¾″ ROUND STRONG BACK PLATE 

990224 1″ ROUND STRONG BACK PLATE 

SQUARE STRONG BACK PLATE 

990223 ¾″ SQUARE STRONG BACK 

PLATE 

990225 1″ SQUARE STRONG BACK 

PLATE 

10

RENTAL 

1″ DOUBLE STRONG BACK PLATE 

SKU# 990226 

FASTBACK HARDWARE BOLT 

W/ WING NUT 

990370 1″ × 24″ FASTBACK HARDWARE 

BOLT W/ Wing Nut 

990392 1″ × 30″ FASTBACK HARDWARE 

BOLT W/ Wing Nut 

1- 5 ⁄16″ SINGLE FASTBACK 

PLATE 

SKU# 990371 

1- 5 ⁄16″ DOUBLE FASTBACK PLATE 

(½″ × 6″ × 18″), 

SKU# 990372 

8″ DOUBLE ALUMINUM STRONG 

BACK 

SKU# 990366 

ALUMINUM SPLICER PLATE 

ASSEMBLY 

SKU# 990367 

GUARD RAIL POST / SLABGRABBER 

SKU# 990384 

Adjustable from 

3” to 36” 

42″ BRIDGE OVERHANG JACK 

SKU# 990329

C-50 BRIDGE OVERHANG BRACKET 

SKU# 990386 

C-52 GUARD RAIL RECEPTACLE 

SKU# 990385 

C-51 WALL PLATE ASSEMBLY 

SKU# 990387 

ALLEN AIR SCREED 

SKU# 990235 

RENTAL 

ALLEN ENGINE DRIVEN SCREED 

SKU# 990295 

MATERIAL SPREADER ENGINE 

DRIVEN 

SKU# 990258 

MORRISON MATERIAL SPREADER 

SKU# 990399 

ALLEN SPRAY RIG DRUM TOP 

SKU# 990237 

10

RENTAL 

10′ SPRAY WAND ( 3 PC. ) 

SKU# 990393 

25′ POWER SPRAY HOSE 

SKU# 990394 

100′ DRUM TOP HOSE 

SKU# 990374 

42″ RIDING DOUBLE PAN TROWEL 

SKU# 990373 

46″ TWIN ENGINE PAN DOUBLE 

TROWEL 

SKU# 990405 

46″ WHITEMAN OVERLAP RIDING 

TROWEL 

SKU# 990351 

WHITEMAN 4′ DOUBLE PAN TROWEL 

SKU# 990407 

MULTIQUIP RECOIL GENERATOR 

6KW 

SKU# 990423

WHITEMAN 

WALK BEHIND TROWELS 

990461 3’ - 5 H.P. Walk Behind Trowel 



990908 4’ -13 H.P. Walk Behind Trowel 

CONCRETE VIBRATOR 

Motors, Heads, Cores & Casings 

Many Combinations to Suit 

Your Particular Requirement 

HI-CYCLE GENERATOR HHA-2C 

W/ WHEEL KIT 

SKU# 990361 

RENTAL 

HI-CYCLE VIBRATOR 2-⅜″ HEAD 

SKU# 990362 

HI-CYCLE CORD 100′ A748-2 

SKU# 990406 

MINNICH A-1C DRILL W/ WHEEL KIT 

SKU# 990360 

ST10 IN-LINE PVC SPLICER 

SKU# 990317 

10

RENTAL 

JP414 SPLICING IRON & COVER 

SKU# 990318 

CG050M HAND GROUT PUMP 

SKU# 990333 

CG050 AIR GROUT PUMP 

SKU# 990355 

GROUT HOSE 

990300 1″ × 12½′ GROUT HOSE 

990330 1″ × 25′ GROUT HOSE 

990301 1″ × 50′ GROUT HOSE 

E101 EPCON HAND INJECTION TOOL 

SKU# 990277 

EPOXY GUN FOR 22oz. CARTRIDGE 

Cox Or Unitex 

SKU# 990352 

P110 CARTRIDGE GUN 

(Thermal-Chem) 

SKU# 990305 

¾″ SDS ROTO-HAMMER 

SKU# 990306

BOSCH 11305 DEMOLITION HAMMER 

SKU# 990308 

HAMMER, BOSCH 11304 KIT W/ 

CART AND STEEL 

SKU# 990424 

LB-1 LASER ALIGNMENT 

INSTRUMENT 

(3920) 

SKU# 990238 

RENTAL 

LEICA RUGBY 100 LASER LEVEL 

SKU# 990612 

LASER ALIGNMENT NICAD 

CHARGER 

SKU# 990254 

ROD-EYE 4 LASER ALIGNMENT 

RECEIVER 

SKU# 990262 

LB-10 LASER ALIGNMENT 

INSTRUMENT 

SKU# 990400 

10

RENTAL 

RENTAL TRIPOD 

SKU# 990255 

SOFF-CUT G-2000 SAW 

SKU# 990414 

SOFF-CUT 310 SAW 

SKU# 990417 

YOU POUR IT & 

WE’LL HELP YOU 

CUT IT! 

SOFF-CUT GS-400 SAW 

SKU# 990420 

SOFF-CUT GS-1000 SAW 

SKU# 990437 

SOFF-CUT X-150 SAW 

SKU# 990595 


SKU# 990473


SKU# 990471 

STOW 8FP55H PLANER 

SKU# 990349 

STOW FLOOR GRINDER 

SKU# 990395 

ALLEN DIAMOND GRINDER 

(Wet Grinder) 

SKU# 990404 

2″ × 20′ SUCTION HOSE 

SKU# 990364 

2″ SUBMERSIBLE PUMP 

SKU# 990309 

RENTAL 

YAMAHA YG4600DX GENERATOR 

SKU# 990390 

2″ × 50′ DISCHARGE HOSE 

SKU# 990365 

10

RENTAL 

YAMAHA YG6600DEX GENERATOR 

SKU# 990359 

30 AMP EXTENSION CORD 

990346 50′ 10/3 30 AMP EXTENSION 

CORD 

990338 100′ 10/3 30 AMP EXTENSION 

CORD 

DeVilbiss PRESSURE WASHER 

SKU# 990534 

MI-T-M PRESSURE WASHER 

11HP Honda 2500 PSI 

SKU# 990368 

IR 175 CFM AIR COMPRESSOR 

SKU# 990347 

⅜″ × 100′ AIR HOSE 

SKU# 990379 

¾″ × 50′ AIR HOSE 

SKU# 990348

MORTAR MIXER ( POLY TUB ) 

SKU# 990335 

M.Q. REBAR BENDER MB-25 

SKU# 990472 

CAMLEVER ½ YARD BUCKET 

SKU# 990425 

20″ SPIKED ROLLER & FRAME 

CHEMREX 

SKU# 990403 

MQ POWER BUGGY 

SKU# 990469 

RENTAL 

MQ PLATE COMPACTORS 

MVC77SH MVC88GH 

SKU# 990453 SKU#990422 

M.Q. MTX80 RAMMER 

SKU# 990953 

10

SAFETY 

.35 PVC Suit 

JoHNSoN wilSHire iNC., 

rainsuits 


Sku No. Desc. Size 

610009 335XL Rainsuit X-Large 

iGloo 

Gear Hydration Vest 

Safety Vest, Hydration, ANSI Type 2, Size L/XL, Length 

30 In, Yellow/Silver Color, Polyester Mesh, Hook and 

Loop Binding, Chest Size 44 to 52 In, Two Outside 

Pockets, Closed Cell Insulation, Vinyl, 2 Litre Bladder, 

Washable Material, Padded, Adjustable Shoulder and 

Chest Straps, Temp Rating to -13 F, ANSI/ISEA 107- 

2005 Standards, Weight Full, 5 Lbs, Includes On/Off Bite 

Valve 



610747 50260 Hydration Vest L/XL 

SAFETY 

FIRST 

SerViCeS & MaterialS 

Safety Vests 

Reflective — Surveyors’ 

Washable 100% polyester. Nylon zipper closure in front with 

2 inside, 2 outside pockets. Available with 1⅜″ Reflexite® 

reflective stripes. 

Hub Vest Stripe 

Sku No. Color Color Size 

610230 1172600963 Orange White XL 

610343 1172600358 Orange White XXL 

610367 1172601497 Orange Lime L 

610274 1172600351 Orange Lime XL 

610361 1172600487 Yellow White XL 

610362 1172600491 Yellow White XXL 

Fibre-Metal® ProDuCtS 

Safety Hats 

Ratchet Suspension — Series E-2 

8 point suspension - Adjustable sizing and height for the 

most comfortable fit. 

The unique, smooth crown design eliminates the risk 

of an impacting object being trapped by ribs, ridges or 

slots. Model E-1 full brim hat provides protection from 

the sun, nontoxic splash, dust, dirt and debris. 

Compliances. ANSI Z89. 1-2003 Type 1, Class E and 

G. SEI Certified 


Sku No. Color 

610366 E-2RW-WE White

Fibre-Metal® ProDuCtS 

Safety Hats 

Supereight® — Superlectric® — Series E-1 

Thermoplastic. Eight-point suspension. Reversible 

ratchet headband. Full brim. 

Compliances. ANSI Z89. 1-1997 Type 1, Class E. SEI 

Certified. 


Sku No. Color 

610155 E-1RW-WE White 

aMeriCaN allSaFe Co.® 

Hard Hats 

Poly-Guard 

Four-pt. plastic suspension system absorbs impact 

force. Integral nape strap. Built-in rain trough. Universal 

accessory slot for quick add-on of accessories. Weight 

13 oz.. 


Sku No. Color 

610073 15562 White 

MSa 

Skullgard® Fullbrim Hat 

Features heavy-duty construction for use as head 

protection in steel mills and other heavy industries where 

elevated temperatures are common. 


Sku No. Desc. 

610529 475407 Fullbrim Hat 

boSS® MFG. 

Gloves 

Plastic Dot – Cotton 

SAFETY 

Cotton flannel with plastic dot palm, index finger and 

thumb. Natural knit wrist. 

Hub wt. 

Sku No. Desc. oz. 

610084 1JP5501 Untagged, Imported 10 

boSS® MFG. 

FlXo 

Two ply quilted fleece out cotton flannel palm, thumb 

and index finger with cotton back. Clute-cut design with 

continuous thumb, turtleneck, elastic strap on back and 

rubberized waterproof gauntlet cuff. Sizes L & J. 


Sku No. Desc. 

610088 1JL99201 Split Leather Palm 

atlaS Fit 

Gloves 

Natural color. Blue latex coated palm and fingertips 


Sku No. Size 

610741 300M Medium 

610380 300L Large 

610591 300XL Extra Large 

11

SAFETY 

reSiNet u.S. 

orange Safety Fence 

Made of polyethylene. Diamond mesh for stability. 

Flexible, re-usable, visible and UV stabilized. Provide 

temporary or permanent enclosure. Orange. 

Hub roll Size 

Sku No. Ft. 

610154 SLM404850 4×50 

610368 SLM4048100 4×100 

610297 SLM407250 6×50 

JoHNSoN wilSHire 

Knee boots 

Monarch 



610095 91PT-6 Knee Boots 6 




610090 91PT-10 Knee Boots 10 

610091 91PT-11 Knee Boots 11 

610092 91PT-12 Knee Boots 12 

610093 91PT-13 Knee Boots 13 

aMeriCaN allSaFe Co.® 

ear Plugs 

Disposable 

Tapered. Soften with body heat. Bright red color helps 

indicate compliance. Absorbs little water. 

Compliances: Meets ANSI S3.19 standards. 

Hub Noise reduction 

Sku No. rating type 

610075 23250 29 Uncorded 

aearo® 

e-a-r Protective earmuff 

Noise reduction rating 20 dB. Made of tough, lightweight, 

non conductive plastic this earmuff features soft foam 

filled earcups that fit comfortably around ears. The 

universal fit headband easily adjusts to fit all head sizes 

and the earcups actually pivot with the wearer to help 

maintain the noise seal. 

Compliances: Meets OSHA and EPA requirements. 

Hub Noise reduction 

Sku No. rating type 

610061 90540 20 Earmuff 

The Real Contractor’s Choice! R

aearo® 

ear Plugs 

Foam 


Sku No. Desc. Qty. 

610270 9454 Foam Ear Pugs 200 

SQwiNCHer 

2.5 Gallon Yield 

Sqwincher Drink Mix 

Battles the effects of industrial heat stress and worker 

fatigue. 


Sku No. Desc. Flavor Size 

610332 016042-FP Drink Mix Fruit Punch 2.5 Gal. 

SaFewaze 

roof anchors 

For roofing applications. Heavy gauge steel with hinge 

construction. Reusable. 


Sku No. Desc. 

610345 4000 Reusable Roof Anchor 

SaFewaze 

rope Grabs 

SafeGrip® 

SAFETY 

Double locking snap hook on 1 end and back spliced on 

the other end. 

Hub Size 

Sku No. Desc. in. 

610344 0110 Metal ⅝ 

610384 0117 Stainless Steel ⅝ 

SaFewaze 

Cross arm Straps 

Wrap around structures to form a secure anchor point. 

Manufactured from 1¾″ webbing. 


Sku No. in. 

610260 4550 6 

SaFewaze 

large Steel autolock Carabiners 

Feature spring loaded latch and screw-type lock. Double 

locking. 


Sku No. Desc. 

610346 0210 Carabiner 

11

SAFETY 

SaFewaze 

Shock absorbing lanyards 

6′ combination shock absorber and lanyard. Reduce 

force and bring worker to a stop. Include activation alert 

warning. 


Sku No. Ft. 

610353 3712-6 6 

SaFewaze 

Safety Harnesses 

Economy 

Lightweight with webbing. Three D-rings, friction buckles, 

fall arrest and positioning. 


Sku No. Desc. 

610348 10911 Lightweight Harness 

SaFewaze 

Safety Harnesses 

Construction 

Heavy-duty. Include 6″ adjustable back pad, shoulder 

pads, removable tongue and buckle rigid waist belt to 

support tool bags, tongue and buckle leg straps. Back 

D-ring, 2 Side D-rings, fall arrest and positioning. 


Sku No. Desc. 

610356 1311M Construction Harness 

Medium 

610357 1311L Construction Harness 

Large 

610358 1311XL Construction Harness 

Extra-Large 

SaFewaze 

Safe light 

Safelight Positioning Harness 

Universal sized value harness. Back and Waist D-Ring. 

Mating Chest and Leg Connections 

310 lb. rated - Exceeds OSHA 1926, ANSI z359.1 


Sku No. Desc. 

610352 10911 Safelight Positioning Harness

SaFewaze 

web Shock 

Lanyard. 

1″ Orange Web with external Shock Pack, 100% tie-off. 

1 Snap Hook with 2 2.75″ Rebar Hooks. Max Arrest Dist. 

- 42″, Max. Arrest Force < 900 lb. 

Meets ANSI z3591.1-2007 standards for 3600 lb. 

connector gates. 310 lb. rated, exceeds OSHA 1926, 

ANSI z359.1 and CSA z259.1 

rope 

Hub lgth. Dia. rope 

Sku No. Ft. in. Mtl. 

610289 3550-0241 6 1 Nylon Web 

SaFewaze 

rope lanyards 

Includes 2 double locking snap hooks 

rope 


Sku No. Desc. Ft. in. Mtl. 

610201 3111 PositioningLanyard 4 ½ Nylon 

610202 3112 PositioningLanyard 6 ½ Nylon 

SaFewaze 

web Shock 

Lanyard. 

SAFETY 

1″ Yellow Web with external Shock Pack, 100% tie-off. 

2 Snap Hooks with 2 2.75″ Rebar Hooks. 

Max Arrest Dist - 42″, Max Arrest Force < 900 lb. 


connector gates. 310 lb. rated, exceeds OSHA 1926, 

ANSI z359.1 and CSA z259.1 

rope 



610445 209512 6 1 Nylon Web 

SaFewaze 

expand lowpro 

Lanyard 

Orange Stretchable, Integral Core Polyester shock 

absorbtion. 2 Snap Hooks. 


connector gates. # Max Arrest Dist - 42”, Max Arrest 

Force < 900 lb. 310 lb. rated, exceeds OSHA 1926, ANSI 

z359.1 and CSA z259.1 

rope 



610391 4750-0241 4-6 1 Nylon Web 

11

SAFETY 

SaFewaze 

beamwalk 

Anchor 

The BeamWalk is a fall protection anchor that allows 

you to tie off at your feet or overhead to an H or I beam 

flange, making it pretty flexible. Ideal for steel erectors 

and maintenance works, it’s lightweight and can provide 

full fall arrest for a single user. If the beamer is attached 

at foot level a 5′ heavy-duty shock-absorbing lanyard is 

necessary. 

• The BeamWalk fits 3.5″ to 14″ beams to provide fall 

arrest while attached to an H or I Beam 

• The BeamWalk anchor is reusable and can be taken 

from job to job which saves your time and money that 

could be spent on hiring more qualified employees. 

• The double action release ensures that the ratcheting 

pieces won’t slip out of position. 

• This fall protection anchor is lightweight and easily 

portable to each jobsite. 

• The BeamWalk slides easily across the flange in both 

directions so the anchor will never hold you up, and it 

won’t scratch the flange. 

• Absolutely no tools are required to lock a BeamWalk 

into place, making it efficient and user friendly. 

• Meets all applicable OSHA Requirements. 


Sku No. Desc. 

610396 4650-2 BeamWalk Anchor 

SaFewaze 

rebar Chain assemblies 

2.75″ Swivel Rebar Hook. 2 Double Locking Snap 

Hooks. Exceeds OSHA 1926, ANSI z359.1-2007 

Standards 


Sku No. Desc. 

610507 3706 6 Link Chain Assembly 

610508 3710 13 Link Chain Assembly 

SaFewaze 

web lowPro 

SafeAbsorb 6 Ft. Lanyard 

Yellow Web with Internal Core Nylon shock absorbtion. 


connector gates. 2 Snap Hooks. Max Arrest Dist - 42″, 

Max Arrest Force < 900 lb. 310 lb. rated, exceeds OSHA 

1926, ANSI z359.1 and CSA z259.1 


Sku No. Desc. Color Size 

610347 209712 Safeabsorb Lanyard Yellow 6 Ft.

SaFewaze 

reload Cable 

Reload 23 Ft Cable Retractable Lifeline 

• 1″ Orange Web with external Shock Pack, 100% tie-off 

• Meets ANSI z3591.1-2007 standards for 3600 lb. 

connector 

gates 

• 1 Snap Hook with 2 2.75″ Rebar Hooks 

• Max Arrest Dist - 42″, Max Arrest Force < 900 lb. 

• 310 lb. rated, exceeds OSHA 1926, ANSI z359.1 and 

CSA 

z259.1 


Sku No. Desc. 

610389 3550-0241 Retractable Lifeline 

SaFewaze 

tripod 

50′ Three Way Recovery System 


Sku No. Desc. 

610364 M205 Three Way Recovery System 

SaFewaze 

airFlex 

Positioning Pad Harness 

SAFETY 

Airflow padding for cooler wear. Back and Waist D-Ring, 

Waist Pad / Tool Belt. Quick Connect Chest and Leg 

Connections. Shoulders/Legs Comfort Pads 310 lb. 

rated, exceeds. 

OSHA 1926, ANSI z359.1 and CSA z259.1 


Sku No. Mtl. 

610613 1511ND-L Nylon 

SaFewaze 

economy FP Kits 

Fall Protection Safety Kit 

10911 Harness - 209512 Connector - 4514 Bag- 

SafeLight Positioning Harness with Shock Absorbing 

Lanyard 

Exceeds OSHA 1926, ANSI z359.1-2007 Standards. 


Sku No. Desc. 

610363 30515 Shock Absorbing Lanyard 

11

SAFETY 

eXoFit 

Harness 

• ExoFit harness is the first of a new generation of 

harnesses designed from the ground up for maximum 

comfort and performance 

• Constructed from high performance materials from 

technology-intensive, safety minded industries 

including mountaineering, scuba diving, sky diving, 

shoe manufacturing and the military 

• Incorporates a breathable Dri-Lex® lining that 

immediately draws moisture away from the body 

keeping the worker dry and comfortable all day long 

• Ergonomic design incorporates built-in shoulder, hip 

and leg padding that always stays in place enhancing 

comfort and worker satisfaction 

• Lycra® edging moves with you preventing 

uncomfortable rubbing or chafing enhancing comfort 

and mobility 

• The industry’s first and only one-handed quick connect 

buckles make putting on, adjusting and removing the 

harness a snap and provide a memory fit – adjust the 

harness once and it stays that way 

• Wrap around no-tangle design slips on like a vest, 

making it quicker and easier to put on while providing 

ventilation, comfort, padding and security 

• Sewn-in back pad and belt with side D-rings for added 

comfort and versatility 

• Back D-ring for connection to fall protection system and 

side D-rings for work positioning 

• Adjustable non-slip chest strap with intuitive quick 

connect buckle 

• Torso buckles adjust easily, yet hold the straps firmly in 

place and complete the 5-point adjustment system 

• Soft, lightweight polyester webbing is strong without 

feeling stiff or coarse 

• Coated hardware for corrosion resistance 

• Size = Small (Medium and Large harness sizes also 

available), weight = 5.5 lbs. 

• Meets or exceeds all applicable industry standards 

including OSHA and ANSI including the stringent ANSI 

Z359 



610679 1108502 Safety Harness Large 

SaFewaze 

60 Ft. Horizontal rope lifeline 

This kit includes 2 Cross Arm Straps, 2 Connector Rings, 

3 Carabiners, Tensioner, and Carrying Bag. The manual 

tensioning device provides quick and easy installation 

so you can get to work faster. This system comes with a 

bag so it is highly portable and easy to install. 

Meets all applicable OSHA requirements. 


Sku No. Desc. 

610728 SWHR-60 Horizontal Rope Lifeline

SaFewaze 

elavation Premium 

Positioning Harness 

Breathable, cushioned padding with quick torso 

adjustment. Back and Waist D-Ring, Waist Pad / Tool 

Belt. Quick Connect Chest and Leg Connections. 

Shoulders/Legs Comfort Pads and built in Lanyard clip. 

400 lb. rated, exceeds OSHA 1926, ANSI z359.1 and 

CSA z259.1 


Sku No. Desc. 

610778 7512L Positioning Harness 

SaFewaze 

Concrete Strap 

48″ Concrete Anchor Strap 

48″ Length. 2″ Web Width. Includes Steel D-Ring. 

Soft Loop. Exceeds OSHA 1926, ANSI z359.1-2007 

Standards. 

Hub Size Size 

Sku No. Desc. length width 

610845 4824 Concrete Anchor Strap 48″ 2″ 

SaFewaze 

web Pro 

Web 6 Ft Dual-Leg Lanyard 

SAFETY 

1″ Yellow Web with external Shock Pack, 100% tieoff. 

Meets ANSI z3591.1-2007 standards for 3600 

lb. connector gates. 1 Snap Hook with 2 2.75″ Rebar 

Hooks. Max Arrest Dist - 42″, Max Arrest Force < 900 

lb. 310 lb. rated, exceeds OSHA 1926, ANSI z359.1 and 

CSA z259.1 



610857 209712-0241 Dual Leg Lanyard 6 Ft. 

610858 209712-0241 Dual Leg Lanyard 6 Ft. 

SaFewaze 

Fixed D-ring 

Feather Style Mobile Skywalk Harness 

Safewaze Fixed D-Ring Harness Needed for Use on 

Mobile Skywalk System. Fixed Back D-Ring Minimizes 

Fall Distance. 

Exceeds OSHA 1926, ANSI z359.1-2007 Standards 


Sku No. Desc. 

610280 1051L-XL Fixed D-Ring Harness 

11

SAFETY 

boMber eYewear 

X-bombs 

Safety Glasses 


Sku No. lens Color 

610454 R101 Clear 

610456 R103 Smoke 

uVeX 

astrospec 3000® eyewear 

Safety Glases 

• Contemporary, lightweight unilens 

offers panoramic vision 

• Easy and economical lens 

replacement system 

• Wide variety of lens tints available 

include: traditional, SCT®, and 

infradura® welding shades 

• Custom imprinting available 

Compliances: Meets the requirements of ANSI Z87.1- 

1989 and most meet CSA Z94.3-1992 requirements 

Hub lens Frame 

Sku No. Color Color 

610265 S1359 Clear Black 

JaCKSoN SaFetY 

Safety Goggles 

Direct ventilation. Banding buckle affords adjustments. 

Lens made with polycarbonate and provides 99.9% UV 

protection. 

Compliances. Meets ANSI Z87 Criteria. Meets CSA 

Z94.3 Criteria. 

Safety Goggles 

Hub lens 

Sku No. Color 

610023 10260 SG-30 Clear 

Safety Goggles Lenses 

Hub lens 

Sku No. Color 

610022 10270 Clear 

3M aearo Virtua 

Protective Spectacles 

Cudasevens. Seven-base lens curve provide wraparound 

protection. No distortion in peripheral vision. 

Adustable. 

Hub lens Frame 

Sku No. Color Color 

610265 S1359 Clear Black

5 lb. abC Pro liNe 

MP extinguisher 

W/Metal Vehicle Bracket 

Pro Line extinguishers, from Kidde, feature metal 

valves and aluminum or steel cylinders, and are 

designed to meet most commercial and industrial 

applications. The seamless aluminum and steel 

cylinders feature chip-resistant paint, while the handle 

and lever are made of pressed, heavy-gauge metal 

for added strength. Plus, checking the pressure is fast 

and easy with a reliable pressure gauge. ABC type dry 

chemical extinguishers use a non-toxic monoammonium 

phosphate agent that effectively fights A, B and C class 

fires. 


Sku No. weight 

610027 466112-01 5 Lbs. 

JuStrite® MFG. 

Flashlights 

Headlamps — Battery Powered 

Focusing type. Uses 4 D cell batteries. 


Sku No. Desc. 

610033 19040 Headlamp 

3M. 

Dust/Mist Mask 

SAFETY 

Applications: grinding, sanding, sweeping, bagging and 

woodworking, foundries and other dusty operations. 

Use for liquid or non-oil based particles from sprays 

that do not also emit harmful vapors. Excellent worker 

protection, lightweight construction, all filter design, 

adjustable noseclip. Meets NIOSH 42 CFR 84 N95 

requirements. 


Sku No. Desc. Qty. 

610153 8210 Dust/Mist Mask 20 

3M 

Particulate respirator 

Dust Mask 

This mask is uniquely designed to help provide 

protection against certain non-oil based particles. It 

is ideally suited for work settings that involve heat, 

humidity, or long periods of wear. 


Sku No. Desc. 

610533 8211 Dust Mask 

11

SAFETY 

Double eYe waSH StatioN 

Whether a small office with a few employees or a large 

manufacturing facility with hundreds of workers, the risk 

of dust particles or small foreign objects finding their 

way into someone’s eyes is always present. The fastest 

and only safe first aid treatment is to flush with a sterile, 

buffered solution. Healer Products Eyewash Stations 

contain 16 oz. bottles of the highest quality sterile, 

buffered eye irrigation solution available. Since a bottle 

should not be reused after it has been opened, refills are 

available at a very modest cost. 


Sku No. Desc. 

610540 1699 Eye Wash Station 

FirSt aiD KitS 

25-Person — industrial 

Metal case. Contents include 50¾″×3″ adhesive strips, 

1 cotton, sterile, (2) 2″ gauze bandages, 1 combined 

dressing, 1 triangular bandage, (2) 4” gauze pads, (4) 

3″ gauze pads, 2 eye pads, (1) ½″×5 yd. adhesive tape, 

10 wound wipes, 3 ammonia inhalants, (1) ⅞ oz. first 

aid/burn cream, 12 aspirin, (1) 1 oz. eye irrigate, 1 cold 

pack. 1 pair tweezers and 1 pair scissors. Includes 

instructions. 

Hub Size 

Sku No. Desc. in. 

610029 2025 First Aid Kit 6½×9½×2½ 

SaFetY Mate 

emergency information Device 

Occupational and Commercial Use 

SafetyMate® is the leading Emergency Instruction 

Refresher Device. Developed for the lay responder, 

SafetyMate is a portable and interactive electronic safety 

refresher. Providing a reliable and convenient way to 

reinforce emergency response knowledge and skills, 

SafetyMate gives users confidence to respond with 

accuracy when an actual emergency occurs where time 

is of the essence. 

SafetyMate’s instructions, derived from the most current 

Emergency Cardiovascular Care (ECC) and First Aid 

Guidelines, are delivered both verbally and intelligentlyan 

innovative approach to retaining and accessing 

critical information. By answering SafetyMate’s yes/ 

no questions, the user is reminded about what first aid 

steps to take as well as in what order. 

Features: 

• Comprehensive 

• Audible 

• Interactive 

• Portable 

• Bilingual 

• Rechargeable 

Specifications and Contents 

• SafetyMate comes with four AA rechargeable 

batteries and a wall mount charging cradle with AC 

adapter. 

• Low battery warning provides audible alerts along with 

a flashing red LED. 

• Size: 8″(w) x 11.5″(h) x 3.5″(d) 

• Weight: 2 lbs. 

• UL listed. Complies to CE and FCC standards. 


Sku No. Desc. 

610795 SM303K Emergency Information Device

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