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20mm ID Solar HT Kembla K-Flex Pipe Insulation 13mm Wall X 2M K40876

20mm ID Solar HT Kembla K-Flex Pipe Insulation 13mm Wall X 2M K40876

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13mm ID Solar HT Kembla K-Flex Pipe Insulation 13mm Wall X 2M K40872

13mm ID Solar HT Kembla K-Flex Pipe Insulation 13mm Wall X 2M K40872

13mm ID Kembla K-Flex Thermal Pipe Insulation 13mm Wall X 2M K40550

13mm ID Kembla K-Flex Thermal Pipe Insulation 13mm Wall X 2M K40550

20mm ID Solar HT Kembla K-Flex Pipe Insulation 13mm Wall X 2M K40876

$7.83
Availability: In stock
CODE:
1627305
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CODE : 1627305
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Kembla High Temperature (HT) Insulation is a fire retardant, multi-purpose flexible elastomeric thermal insulation for high temperature applications. Manufactured from Ethylene Propylene Diene Monomers (EPDM); Kembla HT has a built in vapour barrier and closed cell structure, high resistance to water vapour transmission and excellent thermal resistance ensuring optimal system performance and energy efficiency.

Kembla HT is suitable for higher temperature applications with service temperatures between -50°C and 150°C and has been specially formulated for optimal performance in Australian conditions, providing a higher level of UV resistance. Combined with its high strength and elasticity and high level of UV resistance and temperature resistance, Kembla HT Insulation is the perfect solution for solar heating applications.

Features.
Closed cell fire retardant EPDM rubber thermal insulation
Perfect for use on copper tube
High UV resistance – specially formulated for optimal performance in Australian conditions
Strong, light weight, flexible and easy to install
CFC and HCFC free
Dust & fibre free
Ozone Depletion Potential (ODP) of zero
Does not emit Volatile Organic Compounds (VOC’s)
High water vapour diffusion resistance
Suitable for higher temperature applications ranging from -50°C to +150°C
20mm ID Solar HT Kembla K-Flex Pipe Insulation 13mm Wall X 2M K40876 is suitable for higher temperature applications with service temperatures between -50°C and 150°C and has been specially formulated for optimal performance in Australian conditions