Aluminum Flexible Rubber
WARM FLEX Rubber - AL
Aluminum Flex Rubber: Versatile and durable material combining the flexibility of rubber with the strength of aluminum.
- Product Detail
WARM FLEX Rubber-AL is aluminium laminated elastomeric rubber foam pipe.
- WARM FLEX Rubberelastomeric rubber foam pipes are manufactured with AL laminations
- AL Foil of 65 micron thickness is used as laminating material
- WARM FLEX Rubber-AL provides maximum UV resistance
- WARM FLEX Rubber-AL provides maximum resistance to outdoor conditions
- WARM FLEX Rubber-AL has very high vapor diffusion coefficient, 2 150.000
- WARM FLEX Rubber-AL has aesthetic appearance WARM FLEX Rubber-AL does not require any additional coverings thus very economical
- Product Catalogue
- Technical Data Sheet
What is Aluminum Flex Rubber and what is it used for?
Aluminum Flex Rubber is a type of material that combines the flexibility of rubber with the strength and durability of aluminum. It is commonly used in various applications where a balance of flexibility and durability is required, such as HVAC ducting, automotive hoses, and electrical cable protection. Aluminum Flex Rubber offers several advantages. It provides excellent flexibility, allowing it to bend and conform to different shapes and angles. The aluminum layer provides added strength and protection against external forces. Additionally, Aluminum Flex Rubber is resistant to corrosion, moisture, and temperature variations, making it suitable for both indoor and outdoor applications.
Is Aluminum Flex Rubber resistant to moisture and corrosion?
Yes, Aluminum Flex Rubber exhibits excellent resistance to moisture and corrosion. The aluminum layer acts as a protective barrier, preventing moisture penetration and inhibiting corrosion. This makes Aluminum Flex Rubber suitable for applications exposed to humid or wet conditions.
Can Aluminum Flex Rubber withstand high temperatures?
Yes, Aluminum Flex Rubber is designed to withstand a wide range of temperatures. The combination of rubber and aluminum provides thermal resistance, allowing the material to handle elevated temperatures encountered in HVAC systems or other applications.