ISOPipe SSR

  • For retrofit thermal pipe insulation installations, it makes sense to utilise the slit and seal thermal pipe lagging. Pre slit, with a locking dual locking tape system, the SSR lagging reduces labour and install time. Many customers have found that the cost savings have more than covered the difference in material costs.

    • Pre-slit to reduce install time
    • Secure double bonded along slit
    • No need for glue or tape 


     

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    13mm Insulation x I.D - R Value 0.3 - 0.035 W(m*K) @ +0°C

    Code  Description  Internal Diameter  2m Lengths Per Carton 
    ISO SSR13X15L  13X15 ISOPIPE SLIT&SEAL 2M LENGTH 15mm  55
    ISO SSR13X22L  13X22 ISOPIPE SLIT&SEAL 2M LENGTH 22mm  39
    ISO SSR13X28L  13X28 ISOPIPE SLIT&SEAL 2M LENGTH  28mm  30
    ISO SSR13X35L  13X35 ISOPIPE SLIT&SEAL 2M LENGTH  35mm  22
    ISO SSR13X42L  13X42 ISOPIPE SLIT&SEAL 2M LENGTH  42mm  24
    ISO SSR13X54L  13X54 ISOPIPE SLIT&SEAL 2M LENGTH  54mm  17
    ISO SSR13X60L 13X60 ISOPIPE SLIT&SEAL 2M LENGTH 60mm 12
    ISO SSR13X64L 13X64 ISOPIPE SLIT&SEAL 2M LENGTH 64mm 11
    ISO SSR13X76L 13X76 ISOPIPE SLIT&SEAL 2M LENGTH 76mm 10
    ISO SSR13X88L 13X88 ISOPIPE SLIT&SEAL 2M LENGTH 88mm 8

    19mm Insulation x I.D - R Value 0.5 - 0.035 W(m*K) @ +0°C

    Code  Description  Internal Diameter  2m Lengths Per Carton 
    ISO SSR19X15L 19X15 ISOPIPE SLIT&SEAL 2M LENGTH  15mm  25
    ISO SSR19X22L  19X22 ISOPIPE SLIT&SEAL 2M LENGTH  22mm  22
    ISO SSR19X28L 19X28 ISOPIPE SLIT&SEAL 2M LENGTH  28mm  20

    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):

     

      Test 1 Test 2 Test 3  Average 
    HRR peak (kW/m²)  31  23  24  26 
    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.


    Insulation Install Guide
    Item  
    Operating Temp:  -40° C - +105°C
    Internal/External:  Internal 
    Length Size:  2m
    K Value 0.035 W(m*K) @ +0°C
    Life Span 10 years

    Wall Depth R Value 
    13mm 0.3
    19mm 0.5

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