Find your product 25 - 30 of 30 Previous 1 2 Thermo-teK Thermo-teK RL Eco ALL HVAC – Ducts & Pipes Group HVAC – Ducts & Pipes Reaction to fire A2-s1, d0 Thickness range 25 - 50 Maximum service temperature 60 °C Thermal conductivity (10°) 0,034 W/(mK) Thermal conductivity (40°) 0,040 W/(mK) Thermo-teK RL Eco ALU* HVAC – Ducts & Pipes Group HVAC – Ducts & Pipes Reaction to fire A1 Thickness range 25 - 50 Maximum service temperature 150 °C Thermal conductivity (10°) 0,033 W/(mK) Thermal conductivity (50°) 0,040 W/(mK) Thermo-teK RL Eco* Converting Group Converting Reaction to fire A1 Thickness range 25 - 50 Maximum service temperature 150 °C Thermal conductivity (10°) 0,033 W/(mK) Thermal conductivity (50°) 0,040 W/(mK) Thermo-teK RL Esy ALP HVAC – Ducts & Pipes Group HVAC – Ducts & Pipes Reaction to fire A2-s1, d0 Thickness range 30 - 50 Maximum service temperature 150 °C Thermal conductivity (10°) 0,039 W/(mK) Thermal conductivity (40°) 0,044 W/(mK) Thermo-teK Seal Cld HVAC Cold applications Group HVAC Cold applications Thermo-teK Tape Cld HVAC Cold applications Group HVAC Cold applications has been added to your comparison. has been removed from your comparison.
Thermo-teK RL Eco ALL HVAC – Ducts & Pipes Group HVAC – Ducts & Pipes Reaction to fire A2-s1, d0 Thickness range 25 - 50 Maximum service temperature 60 °C Thermal conductivity (10°) 0,034 W/(mK) Thermal conductivity (40°) 0,040 W/(mK)
Thermo-teK RL Eco ALU* HVAC – Ducts & Pipes Group HVAC – Ducts & Pipes Reaction to fire A1 Thickness range 25 - 50 Maximum service temperature 150 °C Thermal conductivity (10°) 0,033 W/(mK) Thermal conductivity (50°) 0,040 W/(mK)
Thermo-teK RL Eco* Converting Group Converting Reaction to fire A1 Thickness range 25 - 50 Maximum service temperature 150 °C Thermal conductivity (10°) 0,033 W/(mK) Thermal conductivity (50°) 0,040 W/(mK)
Thermo-teK RL Esy ALP HVAC – Ducts & Pipes Group HVAC – Ducts & Pipes Reaction to fire A2-s1, d0 Thickness range 30 - 50 Maximum service temperature 150 °C Thermal conductivity (10°) 0,039 W/(mK) Thermal conductivity (40°) 0,044 W/(mK)