HPS HTSEC45-300-BLK Silicone High Temperature 4-ply Reinforced

HPS HTSEC45-300-BLK Silicone High Temperature 4-ply Reinforced 45 degree Elbow Coupler Hose, 30 PSI Maximum Pressure, 4" Leg Length on each side, 3" ID, Black
- Made of High Temp 4-ply Reinforced Silicone
- Meet and exceed SAEJ20 industry standards, ideal for heavy duty pressure connections and provides excellent resistance for high temperature applications
- Great for marine and industrial use, custom turbo or intercooler piping fabrication, DIY intake or radiator cooling system
- UV and ozone resistant
- Silicone hose is NOT compatible with fuel or oil; Inside Diameter:3
HPS 3 inch (76 millimeter) 4-ply Reinforced High Temperature 45 Degree Elbow Coupler Silicone Hose Black features 4-ply reinforced and knitted premium polyester fabric with high temperature silicone rubber, for which meet or exceed SAEJ20 Standard and is engineered for extreme temperature and various pressure ranges where high performance levels are required. HPS Silicone Hose is commonly used for joining two hard pipes while reducing the possibility of connections coming apart or having your hard pipes or other equipment break. HPS silicone hoses are used by professionals in industries such as high performance racing vehicles, commercial truck and bus, Marine, agricultural and off highway vehicles, turbo diesel, food and beverage, and general manufacturing industries. Temperature Range: - 65 degree Fahrenheit to + 350 degree Fahrenheit (177 degree Celsius). Silicone hose is compatible with water or anti-freeze such as coolant. Silicone hose is not compatible with fuel or oil.

Country	USA
Brand	HPS
Manufacturer	HPS Silicone Hoses
Binding	Misc.
ItemPartNumber	HTSEC45-300-BLK
Model	HTSEC45-300-BLK
Warranty	2 year manufacturer warranty
Color	Black
Size	No Size
UnitCount	1
UPCs	648044829388
EANs	0648044829388
ReleaseDate	0000-00-00

HPS HTSEC45-300-BLK Silicone High Temperature 4-ply Reinforced 45 degree Elbow Coupler Hose, 30 PSI Maximum Pressure, 4" Leg Length on each side, 3" ID, Black