Powers Buyers Guide
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FIRE RATED<br />
VOC CLASSIFICATION<br />
Product Selection <strong>Guide</strong><br />
Approvals:<br />
ADHESIVE ANCHORS<br />
FIRE RATED<br />
VOC CLASSIFICATION<br />
Anchor products holding a European<br />
Technical Approval/Assessment (ETA)<br />
are qualified according to one of the<br />
following technical guidelines (ETAG):<br />
• ETAG 001 for metal anchors<br />
installed in concrete.<br />
(Option 1 for cracked concrete,<br />
Option 7 for uncracked concrete,<br />
Part 6 for multiple use for nonstructural<br />
applications)<br />
• ETAG 029 for metal injection<br />
anchors installed in masonry.<br />
• EOTA TR 023 for post-installed<br />
reinforcement bars.<br />
Products complying with European<br />
standards or approvals are marked<br />
with the CE Marking.<br />
The Evaluation Service of the<br />
International Code Council (ICC ES)<br />
provides test guidelines for anchor<br />
qualification in the US. The technical<br />
reports issued on the basis of<br />
these guidelines are internationally<br />
recognized and provide<br />
a high degree of safety.<br />
Loads evolving from earthquakes<br />
are termed seismic loads and are<br />
characterised by cyclic loading.<br />
The suitability of the seismic load is<br />
classified as:<br />
• Seismic Category C1<br />
• Seismic Category C2<br />
A fire resistance rating provides the<br />
duration of fire exposure for which<br />
the anchor product is qualified based<br />
on the ETA (EOTA TR 020) or other<br />
relevant evaluation reports. Ratings<br />
within the context of the European<br />
Organization of Technical Assessment<br />
(EOTA) are based on the following<br />
Technical Report (TR):<br />
• EOTA TR 020 “Evaluation of<br />
anchorages in concrete concerning<br />
resistance to fire”.<br />
NSF International is an independent<br />
organization that provides standards<br />
for e.g. product certification for public<br />
health and the environment.<br />
Products tested for the emission of<br />
volatile substances in indoor air, with<br />
a risk of inhalation toxicity, on a scale<br />
ranging from class A + (very low<br />
emissions) to C (high emissions) level.<br />
The Leadership in Energy and<br />
Environmental Design (LEED) Green<br />
Building Rating system is the<br />
preeminent program for the design,<br />
construction, maintenance and<br />
operations of high-performance<br />
green buildings.<br />
The use of products listed contribute<br />
toward satisfying Credit 4.1-Low<br />
Emitting Materials under LEED ® .<br />
Properties<br />
Connection<br />
Load Condition<br />
Hole<br />
Condition<br />
Base Material<br />
Approvals<br />
Page 78 80<br />
Application<br />
Strength<br />
Curing Time<br />
BEST<br />
Highest performance in<br />
extreme conditions.<br />
EXTRA FAST<br />
BEST<br />
First choice for seismic & serious<br />
construction projects.<br />
SLOW<br />
Adhesive Type Hybrid Acrylic Pure Epoxy<br />
Working Time* 3 min 30 min<br />
Curing Time* 30 min 10 hours<br />
Threaded Rod «(M8-M30) «(M8-M30)<br />
Internal Threaded Sleeve<br />
«(M8-M20)<br />
Reinforcing Bar «(Ø8-Ø32) «(Ø8-Ø32)<br />
Over Head « «<br />
Static Load « «<br />
Quasi-Static Load « «<br />
Seismic « «<br />
Moderate Wind « «<br />
High Wind « «<br />
Dry Hole / Wet Concrete « «<br />
Flooded Hole «<br />
Core Drilled «<br />
Concrete « «<br />
Cracked Concrete « «<br />
Stone «<br />
Sand / Lime Stone ▲ ▲<br />
Solid Brick ▲ ▲<br />
Hollow Brick<br />
ETA 3 3<br />
ICC ES 3 3<br />
Seismic 3 3<br />
Fire Rated 3 3<br />
NSF / ANSI 61 3 3<br />
LEED 3 3<br />
VOC 3 3<br />
Recommended Recommended With Care Site Tests Recommended *Based on dry concrete, 20°C<br />
76<br />
www.powers.com.au<br />
Detailed performance data is available for all <strong>Powers</strong> products
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