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ISO Coil

ISO Coil

Thermal Pipe Insulation

ISOCOIL is the most convenient way of carrying insulation for smaller pipe sizes. Simply cut off the length you need for the job.

ISOPIPE has zero ozone depleting potential, with no CFCs being used in the product, or the manufacturing process. ISOPIPE products are tested accordingly to globally approved standards.

Suitable for stainless steel pipe.

ISOPIPE products have certified fungal protection and antimicrobial characteristics. Another great development for Allproof’s thermal pipe insulation range.

Allproof ISO pipe is non-combustible and has excellent fire resistant properties. To verify this it has been independently tested to ISO5660 for a group classification in accordance with NZBC verification method C/VM2 Appendix A. Classification Group Number 1.

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passive fire resistance test ISO5660 group 1 classification

ISO Coil

wdt_ID Code Description Internal Diameter Length Per Coil
41 ISOCOIL 13X10  13X10 ISOCOIL 27M/BOX  10mm  27
42 ISOCOIL 9X22 9X22 ISOCOIL 31M/BOX 9mm 31
43 ISOCOIL 9X15 9X15 ISOCOIL 37M/BOX 9mm 37
44 ISOCOIL 13X12  13X12 ISOCOIL 25M/BOX  12mm  25
45 ISOCOIL 13X15  13X15 ISOCOIL 23M/BOX  15mm  23
46 ISOCOIL 13X22  13X22 ISOCOIL 19M/BOX  22mm  19
47 ISOCOIL 13X28  13X28 ISOCOIL 16M/BOX  28mm  16

Fire Compliance Report

Report on conducted cone calorimeter testing on ISO Pipe Thermal Pipe Lagging for the purposes of determination of the Group Classification in accordance with:

New Zealand Building Code (NZBC) Verification Method C/VM2 Appendix A.

Test undertaken for Allproof Industries by 3I International Innovative Industries. Test conducted by Laboratoire national de métrologie et d’essais.
Test Summary (full results available on request):
wdt_ID Item Test 1 Test 2 Test 3 Average
29 HRR peak (kW/m²)  31  23  24  26 
30 Ignition Time (s)  - - - -

As per c-vm2 A1.3 Determining a material’s Group Number when tested to ISO 5660.

Step 1: Determine time to ignition (tig). This is defined as the time (in seconds) when the HRR reaches or first exceeds a value of 50 kW/m2.

However…

v) If the ignition criterion in Step 1 above is not reached, the material is a Group Number 1 material.

C/VM2

Verification Method: Framework for Fire Safety Design.

For New Zealand Building Code Clauses C1-C6 Protection from Fire.

Install Guide

Pipe lagging insulation install guide

BPIR

 

ISO Pipe Product Properties

wdt_ID Item Value
45 Life Span 10 years
46 K Value 0.033 W(m*K) @ +0°C
47 Length Size:  2m
48 Internal/External:  Internal 
49 Operating Temp:  -40° C - +105°C

ISO Pipe Fire Rating Test: AS/NZS 1530.3 - 1999

wdt_ID Regulatory Indices: Result Range
25 Ignitability Index 0 Range 0-20
26 Spread of Flame Index 0 Range 0-10
27 Heat Evolved Index 0 Range 0-10
28 Smoke Developed Index 5 Range 0-10

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