
HTHH-032-REDx100 Silicone Heater Hose Tubing, High-Temp Reinforced, 5/16 in. ID, 100 ft. Roll, Red
HPS Performance HTHH-032-REDx100 Features:
HPS 5/16 in. (8mm) Red high temp reinforced silicone heater hose 100 feet roll meet and exceed SAEJ20 industry standards, ideal for heavy duty pressure connections and provides excellent resistance for high temperature applications. HPS performance silicone is designed and engineerd to meet high performance requirements specified in various industry standards, therefore make it great for marine and industrial use, custom turbo or intercooler piping fabrication, DIY intake or radiator cooling system. Key Features: Made of premium industrial grade high temp reinforced silicone. Heavy wall design gives it the ability to handle extreme pressure. Ultra flexible & Excellent tensile strength. Technical Specification: Product Type: Silicone . Temperature Range:- 65 deg. F to + 350 deg. F (177 deg. C). Hose Inside Diameter: 5/16 in. (8mm). Hose Outside Diameter: 35/64 in. (14mm). Max. Working Pressure: 85 psi. Bend Radius: 1-1/4 in.. Wall Thickness: 3mm. Hose Length: 100 feet roll. Color: Red. UV and ozone resistant. Remark: Silicone hose is NOT compatible with fuel or oil
- Max Temperature Rating: 350F. Max Working Pressure: 85 psi. Bend Radius: 1-1/4 in.
- Meet and exceed SAEJ20 industry standards, great for marine and industrial use, custom turbo or radiator cooling system.
- Silicone hose is NOT compatible with fuel or oil
- however, it is compatible with water and anti-freeze such as coolant.
- High burst strength and excellent heat resistance.
- Resistant to coolants, cold leaks, cracking, peeling, aging and ozone.
- Inside Diameter: 8 mm
- Length: 100 Feet Roll
- Outside Diameter: 14 mm
- Wall Thickness: 3 mm
High-Temperature Reinforced Heater Hose
HPS Performance Silicone Heater Hose Tubing, meeting and surpassing SAEJ20 standards, offers robust performance in heavy-duty pressure connections. Crafted from premium high-temp reinforced silicone, this tubing boasts a heavy-wall design for handling extreme pressure. Its ultra-flexible nature and excellent tensile strength make it an ideal choice for various automotive applications, ensuring reliability under demanding conditions.