Red Silicone And Glass Fiber Flex Hose What Is?
What is a Red Silicone and Fiberglass Flex Hose?
The red silicone and fiberglass flex hose is a flexible hose made from silicone material coated over a fiberglass braid, typically used in applications requiring high temperature resistance and flexibility. These hoses are especially preferred in heat-resistant air, smoke, and steam transfer systems.
Technical Description
- Inner structure: High temperature resistant fiberglass braid
- Outer coating: Flame retardant and heat-resistant red silicone
- Form: Flexible, lightweight, and bendable structure
- Operating temperature: Typically between -60°C and +250°C (can withstand up to 300°C momentarily)
Applications
Industry |
Application |
HVAC |
Hot air/smoke exhaust, boiler outlet |
Industry |
Ovens, paint drying systems, exhaust lines |
Automotive |
Turbo air line, exhaust insulation |
Shipbuilding |
Engine compartments, fire-resistant lines |
Aerospace / Rail systems |
Fire-retardant ventilation ducts |
Advantages
Feature |
Description |
High temperature resistance |
Withstands continuous 250°C and short-term 300°C |
Heat insulation |
Fiberglass structure reduces heat transfer to the outer surface |
Flame retardant |
Does not propagate flames, contributing to fire safety |
Flexible and lightweight |
Easy installation and use in tight spaces |
Moisture, chemical and UV resistance |
Durable thanks to silicone coating |
Important Considerations
- Not highly resistant to mechanical abrasion (external protection may be needed).
- If used under pressure, manufacturer’s pressure limits must be checked.
- Must be secured with appropriate clamps or flanges.
Typical Technical Specifications
Feature |
Value |
Inner diameter (Ø) |
Between 25 mm and 300 mm |
Operating temperature |
-60°C to +250°C (momentarily 300°C) |
Material |
Fiberglass + silicone coating |
Color |
Typically red (grey or black optional) |
Length |
Usually 4 m to 10 m rolls |
Usage Example
In an oven manufacturing facility, this hose is used to evacuate hot air where exhaust gases reach 250°C. It withstands high temperatures and does not pose a fire risk.