Laminite Brochure - Creighton Rock Drill Ltd.
Laminite Brochure - Creighton Rock Drill Ltd.
Laminite Brochure - Creighton Rock Drill Ltd.
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DOMITE<br />
LAMINITE<br />
LAMINITE<br />
RUBBADEX<br />
The tough original<br />
REMAR
LAMINITE DOMITE<br />
<strong>Laminite</strong> ® – 700HB<br />
Extreme protection<br />
for extreme applications<br />
APPLICATIONS<br />
• Dragline/Shovel Bucket Protection<br />
• Loader/Excavator Bucket Protection<br />
• Chute Liners/<strong>Rock</strong> Box Bars<br />
• Feeder Deck Plates<br />
• Quarry and Mining Grizzly Screens<br />
• Shredder/Grinder tips<br />
• Cane knife edges<br />
• Adapters Wear Caps<br />
• Dredging industry<br />
TECHNICAL SPECIFICATIONS<br />
Lamination of chrome moly white iron<br />
metallurgically bonded to a mild steel<br />
backing plate achieving a high<br />
strength joint.<br />
White iron: modified AS2027 15/3 Cr Mo<br />
with finished minimum hardness of<br />
700 HB (63 Rc) and containing<br />
primary carbides up to 1500HV.<br />
<strong>Laminite</strong> ® is a combination of high chromium white iron metallurgically<br />
bonded to a mild steel backing plate. The white iron has a minimum<br />
hardness of 700 Brinell (63 Rc) providing maximum abrasion resistance<br />
protection for your equipment. The mild steel is easily weldable with<br />
minimal preparation and acts as a cushion for the white iron, enabling it<br />
to handle impact and abrasion in the most extreme applications.<br />
This unique product was created for the Australian mining and quarry<br />
industries by Mason & Cox Pty <strong>Ltd</strong> in 1971 and is now manufactured and<br />
marketed world wide through authorised distributors for PAC Mining Pty<br />
<strong>Ltd</strong> (trading as Domite and Related Technologies).<br />
<strong>Laminite</strong> ® has established a reputation as the solution for impact and<br />
high abrasion in the mining and quarry industries, and has numerous<br />
applications in the sugar cane, recycling, cement, mineral processing<br />
and dredging industries among others.<br />
<strong>Laminite</strong> ® is available in over 2,500 standard shapes and sizes and can<br />
be used in combination to protect any impact and high abrasion areas. In<br />
addition, certain <strong>Laminite</strong> ® products can be cut or bent to suit application,<br />
prior to welding, to help customise the protection on the machine.<br />
Custom <strong>Laminite</strong> ® parts can be designed to user’s specifications.<br />
Long-life <strong>Laminite</strong> ® offers extreme protection for extreme applications<br />
resulting in increased production, less down time and reduced<br />
maintenance costs.<br />
Services and products<br />
PAC Mining Pty <strong>Ltd</strong> (trading as DART) continues to supply a<br />
large range of unique wear products to mine sites in Australia<br />
and worldwide. We offer to all our clients the following range<br />
of services for long life, reliable wear solutions. These are:<br />
Technical Support and Advice<br />
• Offer long life wear solutions, based on existing successful<br />
applications<br />
• Liner material upgrade and improvement<br />
• Design capability and recommendations<br />
• Wear audits in liaison with mine and design personnel<br />
• Regular visits and inspections to discuss wear problems<br />
and solutions<br />
• On-site product trials to prove product performance<br />
• Wear packages, design and layouts for Draglines,<br />
excavators, rope shovels and dippers.<br />
Product Range<br />
• <strong>Laminite</strong>– a laminated, abrasion resistant wear<br />
product at 700 HB<br />
• Remar – a reinforced, abrasion resistant white iron<br />
at 650 HB<br />
• Rubbadex – a wear resistant, noise reduction,<br />
wear plate<br />
• Tungsten Carbide enhanced wear products<br />
Product Service and Size<br />
• Fast delivery and service<br />
• Standard and custom-made parts available<br />
• An extensive range of sizes existing<br />
• Large stocks of pieces ready for assembly<br />
• Emergency supply conditions possible,<br />
through negotiation<br />
Quality Endorsed Products to IS09000-2000<br />
• Certificate of compliance report supplied<br />
upon request<br />
2
Chocky Bars<br />
Dimensions<br />
Part<br />
Weight<br />
Number Type A B C D E KG<br />
CB 25 1 240 25 15 8 23 0.9<br />
CB 25N 2 240 25 15 8 23 0.9<br />
CB 40 1 240 40 15 8 23 1.5<br />
CB 40N 2 240 40 15 8 23 1.5<br />
CB 50 1 240 50 15 8 23 1.9<br />
CB 50N 2 240 50 15 8 23 1.9<br />
CB 65 1 240 65 15 8 23 2.5<br />
CB 65N 2 240 65 15 8 23 2.5<br />
CB 100 1 240 100 15 8 23 3.9<br />
CB 100N 2 240 100 15 8 23 3.9<br />
CB 130 1 240 130 15 8 23 5.2<br />
CB 130N 2 240 130 15 8 23 5.1<br />
• Most popular for replacing hardfacing and clad plate.<br />
• Available with or without notched backing plate.<br />
Wear Buttons & Donuts<br />
Dimensions<br />
Weight<br />
Wear Buttons A B C D E KGs<br />
WB 60 60 40 12 10 22 0.5<br />
WB 75 75 50 17 10 27 0.9<br />
WB 90 90 45 17 10 27 1.2<br />
WB 115 115 95 20 12 32 2.6<br />
WB 150 150 130 25 16 41 5.7<br />
Donuts<br />
DLP 1920 75 25 17 8 25 0.7<br />
DLP 1921 100 50 17 8 25 1.0<br />
DLP 1994 100 70 24 8 32 1.0<br />
DLP 2196 130 80 15 8 23 1.3<br />
• Ideal for smaller areas requiring wear resistant material<br />
• Requires less welding time and material than<br />
conventional wear plate<br />
New!<br />
New!<br />
New!<br />
• Easy to cut and shape over contoured surfaces.<br />
See pages 10 and 11 for procedures.<br />
3
B<br />
DOMITE<br />
LAMINITE<br />
Standard Wear Bars<br />
Dimensions<br />
Part<br />
Weight<br />
Number A B C D E KGs<br />
DLP 919 200 25 15 10 25 1 .0<br />
DLP 1191 300 25 15 10 25 1.5<br />
DLP 200 102 33 25 8 33 0.9<br />
DLP 515 195 25 20 10 30 1.1<br />
DLP 1059 95 25 20 10 30 0.6<br />
DLP 4 300 38 25 8 33 3.0<br />
DLP 295 153 38 25 8 33 1.5<br />
DLP 658 240 40 22 16 38 2.9<br />
DLP 508 190 50 20 10 30 2.2<br />
DLP 201 432 50 34 12 46 7.8<br />
DLP 125 230 50 38 12 50 4.5<br />
DLP 201A 432 50 38 12 50 8.5<br />
DLP 369 210 50 38 12 50 4.1<br />
DLP 452 254 50 40 10 50 5.0<br />
DLP 453 294 50 40 10 50 5.8<br />
DLP 1101 150 50 40 10 50 2.9<br />
DLP 2230 600 50 38 12 50 11.8<br />
DLP 270 254 51 12 8 20 2.0<br />
DLP 271 203 51 12 8 20 1.6<br />
DLP 337 127 51 38 10 48 2.4<br />
DLP 965 250 60 12 8 20 2.4<br />
DLP 205 279 75 25 12 37 6.1<br />
DLP 184 150 75 29 10 39 3.4<br />
DLP 569 200 75 29 10 39 4.6<br />
DLP 528 150 75 40 10 50 4.4<br />
DLP 619 150 75 50 10 60 5.3<br />
DLP 450 294 80 38 12 50 9.2<br />
DLP 451 194 80 38 12 50 6.1<br />
DLP 392/20 241 100 38 20 58 11.0<br />
• Popular for rock-box protection, impact areas and<br />
transfer points<br />
• Chute protection in both low and high stress abrasion<br />
• Many other shapes and sizes available<br />
D<br />
C<br />
New!<br />
New!<br />
New!<br />
Standard Wear Plates<br />
Part<br />
Dimensions<br />
Weight<br />
Number A B C D E F G KGs<br />
DLP 995 305 150 18 6 24 8.6<br />
DLP 1213 301 200 18 10 28 13.2<br />
DLP 352 206 203 38 20 58 19.0<br />
DLP 727 294 294 20 8 28 19.0<br />
DLP 1(MOD) 300 300 20 10 30 21.2<br />
DLP 2 372 372 20 8 28 30.4<br />
DLP 692 445 294 20 8 28 28.8<br />
DLP 667 445 445 19 6 25 38.9<br />
Trapezoidal<br />
DLP 1935 190 212.5 17 8 25 50 80 10.0<br />
DLP 2002 241 290.5 22 8 30 19.5<br />
<strong>Laminite</strong> Back-Welding<br />
To accommodate a wear surface requiring more than one<br />
<strong>Laminite</strong> ® piece, PAC offers back-welding, a process of<br />
welding two or more pieces of <strong>Laminite</strong> ® together on the<br />
mild steel backing plates, to form larger plate sizes<br />
and coverage: Arcstuds can be aplied to all <strong>Laminite</strong> ®<br />
products as required<br />
New!<br />
New!<br />
New!<br />
New!<br />
4<br />
E<br />
A<br />
3
<strong>Laminite</strong> Star Plate – as supplied in one piece<br />
65<br />
<strong>Laminite</strong> ® Micro-ledge<br />
Part Number Length Width Thickness Weight<br />
(mm) (mm) (mm) (kg)<br />
SDP 304 128 50 50 3.6<br />
SDP 296 190 50 50 5.5<br />
SDP 299 210 50 50 6.0<br />
SDP 297 230 50 50 6.6<br />
SDP 298 432 50 50 12.5<br />
• Designed specifically for chutes, bins, transfer points and<br />
hoppers which handle and store fine, crushed ores<br />
• Creates a “dead-box” effect in these applications,<br />
extending the maintenance life of bins, chutes, transfer<br />
points and hoppers, with ore on ore wear effect<br />
• Reduces the need for added wear plate inventory and<br />
costs in these applications<br />
• Five popular sizes available or custom designed to suit<br />
specific needs<br />
• Cost effective wear solution and ease of installation<br />
and use<br />
35<br />
40<br />
34mm x 22mm<br />
typical<br />
50<br />
25<br />
30mm<br />
typical<br />
50<br />
30mm<br />
typical<br />
W<br />
186mm<br />
186mm<br />
L<br />
New!<br />
T<br />
<strong>Laminite</strong> Star Plate – after pressing and breaking<br />
<strong>Laminite</strong> ® Star Plates<br />
Patent Pending<br />
New!<br />
Star Plate – the multi-shaped wear resistant plate!!!<br />
The Star plate concept is based on a one size for most applications<br />
to suit chute, bin, hopper, bucket and truck bed linings and offers<br />
a very cost effective, extremely long wear life alternative to<br />
standard Chrome-carbide clad sheets and AR wear plates which<br />
have to be cut and shaped using special tools and equipment.<br />
Features<br />
• Standard size at 400mm square by 23mm thick to suit<br />
most linings<br />
• Cast notches on wear surface corresponding to slotted<br />
backing plate to allow ease of breaking under force<br />
• One standard plate produces many different sizes and shapes<br />
• Beveled edges to reduce hanging of material and<br />
chipping /spalling of edges<br />
• 700 HB wear plates offering superior wear and impact<br />
resistance when compared to Chrome carbide clad plate<br />
• Designs and shapes can be modified to suit specific needs<br />
Benefits<br />
• Ease of use and installation<br />
• Extended wear life when compared to the AR plates and<br />
Chrome carbide plates<br />
• Reduces total weight of liners required when compared to<br />
AR plates<br />
• Reduced liner inventory required for installation and repairs<br />
for all applications<br />
• Less downtime and maintenance<br />
• Ability to replace worn individual sections rather than whole<br />
plates or sheets<br />
• Cost effective due to extended wear life<br />
5
DOMITE<br />
LAMINITE<br />
Skid Bars<br />
Dimensions<br />
Weight<br />
Rectangular Type A B C D E KGs<br />
SB 403 1 214 101 22 12 34 5.1<br />
SB 406 1 302 101 22 12 34 7.3<br />
SB 409 1 154 101 22 12 34 3.7<br />
Herringbone<br />
SB 404L 2 214 101 22 12 34 5.9<br />
SB 405R 2 214 101 22 12 34 5.9<br />
SB 407L 2 302 101 22 12 34 8.4<br />
SB 408R 2 302 101 22 12 34 8.4<br />
SB 410L 2 154 101 22 12 34 4.2<br />
SB 411R 2 154 101 22 12 34 4.2<br />
Domed Edge<br />
SB 413 3 200 150 20 25 45 10.5<br />
SB 412 3 250 150 20 25 45 13.1<br />
SB 414 3 250 250 20 25 45 21.9<br />
• Far superior to standard Q & T wear plates offering<br />
greater wear life<br />
• Available in straight, herringbone or domed shapes<br />
Type 1<br />
New!<br />
New!<br />
New!<br />
Grizzly Bars<br />
Dimensions<br />
Weight<br />
A B C D E F KGs<br />
TYPE A - 150/50 TAPER<br />
DLP 2067 305 150.0 137.5 38 12 50 13.6<br />
DLP 2068 305 137.5 125.0 38 12 50 12.5<br />
DLP 2069 305 125.0 112.5 38 12 50 11.2<br />
DLP 2070 305 112.5 100.0 38 12 50 10.0<br />
DLP 2071 305 100.0 87.5 38 12 50 8.8<br />
DLP 2072 305 87.5 75.0 38 12 50 7.5<br />
DLP 2073 305 75.0 62.5 38 12 50 6.3<br />
DLP 2074 305 62.5 50.0 38 12 50 5.1<br />
TYPE B - 150/75 TAPER<br />
DLP 2075 305 150 141 38 12 50 13.8<br />
DLP 2076 305 141 131 38 12 50 12.9<br />
DLP 2077 305 131 122 38 12 50 11.9<br />
DLP 2078 305 122 113 38 12 50 11.1<br />
DLP 2079 305 113 103 38 12 50 10.1<br />
DLP 2080 305 103 94 38 12 50 9.2<br />
DLP 2081 305 94 84 38 12 50 8.3<br />
DLP 2082 305 84 75 38 12 50 7.4<br />
• The above table highlights the list of standard Grizzly bars<br />
available off the shelf<br />
• Custom-made Grizzly bars are available on request<br />
Type 2<br />
Type 3<br />
6
Shredder/Grinder Tips<br />
Dimensions<br />
Weight<br />
Type A B C D E F G KGs<br />
PLAIN<br />
DLP 653 1 90 90 25 20 45 7/8"-14 UNF 40.0 2.9<br />
DLP 920 1 90 50 25 20 45 7/8"-14 UNF 40.0 1.6<br />
DLP 996 1 50 50 20 18 38 3/4"-16 UNF 32.0 0.7<br />
DLP 1052 1 80 80 25 20 45 7/8"-14 UNF 40.0 2.4<br />
DLP 1115 1 100 100 25 20 45 7/8"-14 UNF 40.0 3.6<br />
DLP 1208 1 64 64 20 20 40 3/4"-16 UNF 31.3 1.2<br />
DLP 1340 1 80 56 25 20 45 M20 x 1.5P 35.0 1.6<br />
FLARED<br />
DLP 1654 2 90 90 30 20 50 7/8"-14 UNF 40.0 3.0<br />
DLP 2038 2 80 56 30 20 50 M20 x 1.5P 35.0 1.8<br />
BUTTERFLY<br />
DLP 1927 3 90 90 35 20 55 7/8"-14 UNF 40.0 3.1<br />
DLP 2014 3 90 50 35 20 55 7/8"-14 UNF 40.0 1.8<br />
DLP 2039 3 80 56 35 20 55 M20 x 1.5P 35.0 1.9<br />
• Cost effective as compared to hard facing<br />
• Superior edge retention and sharpness<br />
• No need to rebuild edges<br />
• Increased production and cutting efficiency<br />
• Easy to install and maintain<br />
Knife Edges<br />
Dimensions<br />
Weight<br />
ARROWHEAD Type A B C D E KGs<br />
DLP 1065-16 1 203 16 38 12 50 0.9<br />
DLP 1065-19 1 203 19 38 12 50 1.1<br />
DLP 1065-22 1 203 22 38 12 50 1.3<br />
DLP 1065-25 1 203 25 38 12 50 1.5<br />
DLP 1265-16 1 305 16 38 12 50 1.4<br />
DLP 1265-19 1 305 19 38 12 50 1.6<br />
DLP 1265-22 1 305 22 38 12 50 1.9<br />
DLP 1265-25 1 305 25 38 12 50 2.2<br />
HALF ARROWHEAD<br />
DLP 1065A-25 2 203 25 50 12 62 1.7<br />
DLP 1265A-25 2 305 25 40 16 56 2.5<br />
BLUNT<br />
DLP 1301-19 3 203 19 38 12 50 1.6<br />
DLP 1301-25 3 203 25 38 12 50 2.1<br />
DLP 1301-28 3 203 28 38 12 50 2.3<br />
• Cost effective as compared to hard facing<br />
• Superior edge retention and sharpness<br />
• No need to rebuild edges<br />
• Increased production and cutting efficiency<br />
• Easy to install and maintain<br />
Shaped Wear Bars<br />
Dimensions<br />
Weight<br />
Type A B C D E F KGs<br />
DLP 160 2 275 5 16 21 8 29 0.9<br />
DLP 384 1 200 13 20 20 10 30 0.8<br />
DLP 753 1 244 10 25 25 10 35 1.4<br />
Type 1<br />
Type 2<br />
7
DOMITE<br />
LAMINITE<br />
Domite<br />
Bending Details<br />
DLP 1935 Wear Bars DLP 1935 Wear Bars after 8,000 hours CB13 Wear Bars CB13 Wear Bars after 9,000 hours<br />
8<br />
A selection of <strong>Laminite</strong> ® applications.<br />
Typical success story using LAMINITE® wear packages using our designs and<br />
layouts...Let us review your needs and extend your bucket life and reduce your<br />
maintenance costs!!!<br />
1. Surge bin protection using 50mm square bars, DLP 1101, DLP 125, to create dead-box<br />
effect, supplied on large pre-made panels. Still in service after 10 years.<br />
2. Hub liners for a large crusher, 12 segments per set, replacing Cr/Mo steel which lasted<br />
only 6 months.<br />
3. Primary crusher, Svedala 60x89, Spider arms and hub are enhanced with LAMINITE®<br />
buttons, chocky bars and skid bars. The steel castings the LAMINITE® protects have<br />
been in service for 5 years, negating the need to have extra inventory.<br />
4. Arm guard liners for a 60x89 Superior Cone crusher protection, with custom DOMITE®<br />
parts welded to cast steel frames, giving years of protection.<br />
5. Coal sizer using LAMINITE® tips, replacing conventional hard-facing and high labour<br />
maintenance costs.<br />
6. Road Planer machine with CB40 chocky bar sections which replaced and outlast<br />
conventional hard-facing.<br />
7. Dredge Pump plate in LAMINITE®, up to 2.2m diameter, replaced AR 400 plates which<br />
lasted only a few months of continued operation.<br />
8. Dredge blocks on suction Drag head replacing Nihard castings which would wear out<br />
prematurely or fall off.
1<br />
2<br />
3 4<br />
5 6<br />
7<br />
8<br />
9
DOMITE<br />
LAMINITE<br />
Domite<br />
Bending Details<br />
<strong>Laminite</strong> ® Cutting Details<br />
<strong>Laminite</strong> ®<br />
Welding Procedure<br />
High pressure abrasive water jet cutting is the preferred<br />
cutting method. Thermal cutting using an oxyacetylene torch,<br />
arc-air or plasma is NOT recommended due to high localized heat<br />
input and high risk of cracking and delamination.<br />
For <strong>Laminite</strong> ® no greater than 25mm section thickness, cutting by<br />
abrasive disc is an accepted practice.<br />
CAUTION. Extreme care must be taken when cutting to minimise<br />
local pre-heating or cracks and delamination may occur.<br />
Cutting Procedure
Rubbadex ® Wear Plates<br />
A patented acoustic wearplate that provides all the wearresistance<br />
and impact benefits of <strong>Laminite</strong> ® together with<br />
effective noise suppression layer of wear resistant rubber<br />
or polymer.<br />
Rubbadex ® was developed by PAC in response to the growing<br />
pressure for quieter materials-handling environments.<br />
The unique rubber bond in this composite heavy-duty wear<br />
plate suppresses noises generated by material impact by up<br />
to 13 dbA.<br />
The steel backing plate and rubber sandwich impart<br />
toughness to the white iron, and reduce vibration transmitted<br />
to the supporting structure.<br />
Rubbadex ® is acknowledged for its durability and is backed<br />
by PAC's commitment to customer service.<br />
Applications<br />
• Crusher feed cones • Impact chutes<br />
• Storage and feed hoppers • Gyratory crusher feed plates<br />
Fixings<br />
• Easy to weld using mild steel<br />
• Backing plate<br />
• Bolt directly through pre-cast holes<br />
• Bolt directly using pre-attached studs<br />
Technical Specifications<br />
Lamination of chrome moly white iron attached to a mild steel<br />
backing plate using a rubber bonding layer to achieve a high<br />
strength joint. White iron: Modified AS2027 15/3 Cr Mo with<br />
finished hardness 650 HB min (62 Rc).<br />
Product Range<br />
Made to customer's requirements. Plate sizes typically up to<br />
1.25m2 with wear plate thickness 30mm to 50mm. A range<br />
of standard Rubbadex ® wear plates are available.<br />
Remar ® Wear Plates<br />
When medium impact and superior wear-resisting castings<br />
are required, Remar ® white iron is the solution. With<br />
the additional insurance provided by its embedded mesh,<br />
Remar has proved to be a cost-effective and outstanding<br />
method of using brittle white iron in otherwise impossible<br />
applications.<br />
Remar ® was created by PAC in 1982.<br />
The specially coated steel mesh has been embedded in a<br />
manner somewhat analogus to reinforced concrete but with<br />
the aim simply to preserve the integrity of the casting in the<br />
event of a crack occuring in service.<br />
Long wear life combined with low risk failure are the criteria<br />
by which the true value of Remar ® can be assessed.<br />
Remar ® has proven durability and performance. It is backed<br />
by PAC's commitment to customer service.<br />
Applications<br />
• Autogenous mill liners<br />
• Small ball mill liners<br />
• Crusher concaves<br />
• Rod mill liners<br />
• Ore Chutes<br />
• Oscillating feeder liners<br />
Fixings<br />
• Bolt directly through pre-cast holes<br />
• Bolt directly using studs welded to embedded mesh<br />
or cast-in backing plate.<br />
Technical Specifications<br />
White iron: Modified AS2027 15/3 Cr Mo with finished hardness<br />
650 HB min (62 Rc).<br />
Mesh: Hard-drawn low carbon steel.<br />
Product Range<br />
Cast to customer's requirements. Typically used for sections<br />
greater than 50mm thick, or where <strong>Laminite</strong> ® is unsuitable.<br />
11
LAMINITE DOMITE<br />
High Stress gouging<br />
abrasion test data<br />
0.9<br />
0.8<br />
0.7<br />
0.6<br />
0.5<br />
0.4<br />
0.3<br />
0.2<br />
0.1<br />
0.0<br />
LAMINITE®<br />
Wear factor<br />
Rubbadex<br />
CrMo WI<br />
CrC DOL<br />
• ASTM G81 Assessment<br />
Lam. HyperCR ®<br />
CrC SOL<br />
HyperCR ® WC1*<br />
AR600<br />
WC3*<br />
AR500<br />
Aust. Min Steel<br />
• Wear ratio/factor (F) for each plate<br />
Type Type Thick Hardness Description<br />
/ Ident. .-mm - HB<br />
AR 450<br />
AR500<br />
WC2*<br />
Rolled reference steel Q &T 100 19.05 240 ASTM A 514 Grade B<br />
structural steel<br />
Q &T 100 25.40 232 ASTM A 514 Grade B<br />
structural steel<br />
Rolled AR steel AR 400 19.05 384 CMnB abrasion<br />
AR 450 19.05 390 resistant (AR) steels.<br />
AR 500 19.05 462 Quenched & tempered<br />
AR 600 19.05 552 to various nominal<br />
hardness levels<br />
Austenitic Mn MnSt 19.05 205 Solution treated ASTM<br />
steel casting<br />
A 128 Grade A<br />
White iron castings CrMo WI 19.05 730 ASTM A532 11B<br />
(WCI)<br />
(15%Cr3%Mo3%C)<br />
Hyperchrome® 19.05 710 Proprietary<br />
hypereutectic high Cr<br />
Laminated white <strong>Laminite</strong>® 25.4 755 ASTM A532 11B<br />
iron plates<br />
(15%Cr3%Mo3%C)<br />
WCI brazed to a steel<br />
backing plate<br />
Laminated 19.05 640 Proprietary hypereutectic<br />
Hyperchrome®<br />
high Cr WCI brazed to a<br />
steel backing plate<br />
White iron / Rubbadex 25.4 750 ASTM A532 11B rubber<br />
laminate<br />
(15%Cr3%Mo3%C) WCI<br />
bonded to a rubber<br />
/steel layer<br />
CrC weld overlays CrC SOL 25.4 564 6.4 mm thick single pass<br />
~30%Cr 4%C bal.<br />
Fe deposit.<br />
CrC DOL 25.4 595 9.6 mm thick, double<br />
pass~30%Cr4%C bal.<br />
Fe deposit.<br />
PTAW tungsten WC 1 19.05 478 4 mm thick 60Wt.%, cast<br />
overlays carbide &<br />
crushed (eutectic)<br />
WC in a 50HRC nickel<br />
alloy matrix.<br />
WC 2 19.05 397 4 mm thick 60Wt. %<br />
macrocrystalline<br />
(monolithic) WC in a<br />
30HRC nickel alloy matrix.<br />
WC 3 19.05 491 4 mm thick 60Wt.%<br />
macrocrystalline<br />
(monolithic) WC in a<br />
50HRC nickel alloy matrix.<br />
Impact Data<br />
Typical results of non-standard IZOD impact test carried out on<br />
16 x 10 mm un-notched specimens. Ratio of white iron/steel in<br />
laminated specimens was 3:1.<br />
Test Results<br />
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A B C D<br />
Material 15/3 – 15/3 Cr/Mo 15/3 Cr/Mo SAE4150<br />
Cr/Mo Plain Brazed to Brazed to Casting, oil<br />
Casting, mild steel quenched & quenched &<br />
annealed backing tempered steel tempered<br />
backing<br />
Vickers Hardness 406 927 927 490<br />
Average impact 18 156 233 250<br />
– Joules<br />
A = Results are for plain white iron casting without a backing plate.<br />
B = Results reveal that the impact properties of <strong>Laminite</strong> ® is significantly<br />
enhanced with addition of a brazed, mild steel backing plate<br />
C = The addition of a quenched and tempered steel backing plate further<br />
enhances <strong>Laminite</strong> ® impact properties by a further 50% and is<br />
comparable to a high strength chrome-moly steel in the fully heat<br />
treated condition<br />
* Independant testing carried out by Amdel Laboratories<br />
sales@dartco.com.au<br />
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