Kingflex Halogen-free flexible closed-cell thermal insulation tube is available in ½”, ¾” and 1” wall thicknesses in non-slit form.
Designed for the Marine and Shipbuilding Industry, Kingflex halogen-free flexible closed cell thermal insulation tube can withstand temperature ranges up to 250°F (300°F intermittent).
Kingflex halogen-free flexible closed cell thermal insulation tube does not contain carbon black, making it ideal for stainless steel applications above 120°F. Additionally, Kingflex halogen-free flexible closed cell thermal insulation Tube does not contain fibers, PVC, or CFCs – making it the best solution for enclosed areas on marine and cruise ships.
Kingflex Halogen-free flexible closed-cell thermal insulation tube is mainly used for Insulation / protection for pipes, air ducts, vessels (including elbows, fittings, flanges, etc.) of air-conditioning / refrigeration, ventilation and process equipment to prevent condensation and save energy.
Frequently Asked Questions
What wall thicknesses are available for the Kingflex Halogen-free insulation tube?
It is available in ½”, ¾” and 1” wall thicknesses in non-slit form.
What is the temperature range resistance of this insulation tube?
It is designed to withstand temperature ranges up to 250°F (and up to 300°F intermittent).
Why is this product suitable for stainless steel applications above 120°F?
Because it does not contain carbon black, making it ideal for stainless steel applications in elevated temperatures.
Is this product safe for enclosed areas on marine and cruise ships?
Yes, it does not contain fibers, PVC, or CFCs, which makes it the best insulation solution for enclosed areas on marine and cruise ships.
What are the primary applications of Kingflex Halogen-free insulation tubes?
It is mainly used for insulation and protection of pipes, air ducts, and vessels (including elbows, fittings, and flanges) in air-conditioning, refrigeration, ventilation, and process equipment to prevent condensation and save energy.
What is the thermal conductivity and density of this material?
The density is 60 kg/m³ and the thermal conductivity is 0.04 W/(m·K).