PRODUCTS CENTER
Philippines Hand making customized u bend air compressor silicone rubber hose 100mm
Category:
Product Description
|
Applications |
Engine water cooling,medium and cold ,intake,exhaust and turbo charging system |
|
Temperature range |
-65℃~+260℃ |
|
Pressure range |
0.3Mpa~2.4Mpa |
|
Colour |
Red Blue Black or Customized Colour |
|
ID Tolerance |
+0.2/-0.5mm |
|
Wall Thickness Tolerance |
+0.5/-0.3mm |
|
General Renforcement Layers |
4 layers(5mm) |
|
Special Inner Lining |
fluorine silica gel,fluorine rubber,fluorocarbon paint sprayin |
Introducing the U Bend Air Compressor Silicone Rubber – a premium accessory designed to revolutionize your air compression experience! Crafted with high-quality silicone rubber, this product guarantees durability, flexibility, and optimal performance. Its unique U-shaped design ensures a secure and tight fit around your air compressor, effectively preventing leaks and ensuring efficient airflow.
The silicone rubber material is resistant to extreme temperatures, making it suitable for both indoor and outdoor use. Its non-stick surface prevents any unwanted residue or buildup, ensuring easy maintenance and longevity. The U Bend Air Compressor Silicone Rubber is also highly versatile, compatible with various air compressor models, making it a must-have for professionals and hobbyists alike.
Upgrade your air compression system today with this reliable and efficient silicone rubber accessory. Experience enhanced performance, reduced maintenance, and unparalleled durability. Don't settle for less – choose the U Bend Air Compressor Silicone Rubber for a seamless and worry-free air compression experience!
A silicone rubber hose is a versatile, flexible tube made from silicone rubber. Known for its excellent thermal stability, flexibility, and resistance to aging and chemicals, this hose is used in various applications, including automotive, medical, and industrial settings. Silicone rubber hoses can handle extreme temperatures and maintain their integrity under pressure, making them ideal for transporting fluids, gases, or air in environments where other materials might fail.