E-FLEX HT 13 X 13 (2MT LENGTH) (FOR SOLAR UV RATED)
Aeroflex®-HT is an EPDM-base (Ethylene Propylene Diene Monomer Synthetic Rubber) closed cell light weight elastomeric thermal insulation designed for solar & heating applications with service temperatures up to +150°C.
Aeroflex®-HT has a low thermal conductivity value, low smoke and flammability, which is self-extinguished &does not melt when burnt, plus excellent UV & weather resistance properties, which are suitable for outdoor applications.
Independently Certified to BCA 2011 (Requiring Compliance with AS/NZ 4859.1)
Wall Thickness meets R values per AS/NZ3500.4:2003
Maximum Service temperature of +150°C
Decomposition Temperature of +250°C
Original: $8.76
-65%$8.76
$3.07E-FLEX HT 13 X 13 (2MT LENGTH) (FOR SOLAR UV RATED)
Aeroflex®-HT is an EPDM-base (Ethylene Propylene Diene Monomer Synthetic Rubber) closed cell light weight elastomeric thermal insulation designed for solar & heating applications with service temperatures up to +150°C.
Aeroflex®-HT has a low thermal conductivity value, low smoke and flammability, which is self-extinguished &does not melt when burnt, plus excellent UV & weather resistance properties, which are suitable for outdoor applications.
Independently Certified to BCA 2011 (Requiring Compliance with AS/NZ 4859.1)
Wall Thickness meets R values per AS/NZ3500.4:2003
Maximum Service temperature of +150°C
Decomposition Temperature of +250°C
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Product Information
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Shipping & Returns
Description
Aeroflex®-HT is an EPDM-base (Ethylene Propylene Diene Monomer Synthetic Rubber) closed cell light weight elastomeric thermal insulation designed for solar & heating applications with service temperatures up to +150°C.
Aeroflex®-HT has a low thermal conductivity value, low smoke and flammability, which is self-extinguished &does not melt when burnt, plus excellent UV & weather resistance properties, which are suitable for outdoor applications.
Independently Certified to BCA 2011 (Requiring Compliance with AS/NZ 4859.1)
Wall Thickness meets R values per AS/NZ3500.4:2003
Maximum Service temperature of +150°C
Decomposition Temperature of +250°C
