Best Resist Heat

Oil hose 3/8 fuel line 20FT AN6 fuel line

【Material】The interior is made of durable CPE synthetic material, and the exterior is woven with high-quality nylon. 【Performance】The flexibility is enhanced, and it can resist heat, corrosion and abrasion to the greatest extent..
【Performance】The flexibility is enhanced, and it can resist heat, corrosion and abrasion to the greatest extent..
【Practical】The 20FT AN6 hose is reusable, light in weight, and has a wide range of fluid compatibility..
【Durability】 This fuel hose is not easy to damage, easy to use, and No leakage under high pressure and temperature..
【Application】Suitable for racing fuel, pump gas, ethanol fuel, alcohol fuel, motor oil and coolant, etc..

The product is manufactured in United states.
Formulated to resist brake dust and high temperatures that can be produced from harsh braking conditions.

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).

Specifically-engineered materials resist collapse under vacuum.
Engineered to resist electrochemical degradation, the leading cause of hose failure.
Pre-shaped to fit and to ensure perfectly sealed conditions.
heat-, ozone- and chemical coolant-resistant EPDM cover.
Meets requirements of SAE 20R4, class D2 and DIN 73411, class A (except for tolerances).