Complaint
Armacell ArmaFlex Class1, 16mm Black Elastomeric Rubber Foam Sheet Thermal Insulation
Rubber as the main raw material ,no fiber ,non-formaldehyde, non-CFC and other ozone-depleting refrigerant ,can be directly exposed to the air, nor harm for human health .there are two major categories: rubber foam insulation sheet and insulation pipe, widely applied in central air-conditioning system water pipelines ,ducts ,hot water pipeline and crafts pipe line.
ArmaFlex®, the original elastomeric closed-cell foam insulation, has been the chosen fiber-free mechanical insulation since its introduction in 1954.Thermal insulation/protection of pipes, air ducts and vessels (incl. elbows, fittings, flanges etc.) in air conditioning, refrigeration and process equipment to prevent condensation and to save energy. Structure-borne noise reduction in service-water and waste-water installations.
ArmaFlex Rubber Foam Tube, Rubber Foam Sheet insulation Application
ArmaFlex Rubber Foam Sheet and Rubber Foad Tube
Today, in its 7th product generation, this flexible, lightweight, high-tech material features an insulating closed-cell structure with low thermal conductivity and an in-built vapour barrier. A good example of product innovation is ArmaFlex Ultima®. Designed for HVAC systems with higher fire/smoke requirements, it is the world's first flexible technical insulation material with fire class BL-s1,d0.
ArmaFlex®, the original elastomeric closed-cell foam insulation, has been the chosen fiber-free mechanical insulation since its introduction in 1954. Superior condensation control and consistent thermal performance have made ArmaFlex the preferred insulating material for pipes and ductwork. Its efficient installation and superior performance has won it favor among contractors, engineers and end-users who understand its long-lasting value.
ArmaFlex Rubber Foam Sheet and Rubber Foad Tube Packing Detail
Our ArmaFlex Rubber Foam Factory
ArmaFlex Rubber Foam Sheet, Tube Technical Data
| Property | Value /Assessment | Standard / Test Method | ||||||
| Temperature Range | ||||||||
| Service Temperature | Max. service temperature | + 105ºC | + 85ºC if sheet or tape is glued to the object with its whole surface. | |||||
| Min. service temperature | - 50 ºC | |||||||
| Thermal Conductivity | ||||||||
| θm | -20 | +/- 0 | +40 | +70 | [ ºC ] | GB/T 10294, GB/T 10296 | ||
| λ ≤ | 0.032 | 0.034 | 0.039 | 0.042 | [ W/(m·k) ] | |||
| Water Vapour Diffusion Resistance | ||||||||
| Water vapour diffusion resistance factor | μ > 10,000 | GB/T 17146 | ||||||
| Water vapour permeability | ≤ 1.96 x 10-11g/(m·s·Pa) | |||||||
| Fire Performance & Approvals | ||||||||
| Surface spred of flame | Class 1 | BS 476 Part 7: 1997 | ||||||
| Burning Behaviour of Building materials and products | Class B1 | CQC Fire Safety Performance Certification (25mm thickness specification) | ||||||
| Practical fire behaviour | Does not generate flaming droplets | |||||||
