317-0586-FT - Trident Marine Trident A2 5/8" Fuel & Vent Line Hose - Black - Per Foot

Trident A2 5/8" Fuel & Vent Line Hose - Black - Per Foot

This high-quality Trident 5/8” A2 Fuel Hose is designed for gasoline vent applications (including ethanol blends) and diesel fuel (including biodiesel blends). Crafted with a premium formulation, this hose offers exceptional resistance to fuel, fire, aging, and environmental factors.

Features:

• Available for purchase by the foot
• Outstanding resistance to aging, fire, heat, cold, and ozone
• Excellent flexibility for easy installation
• NMMA Type Accepted and CE certified

Applications:

• Ideal for use as a fuel hose in vent and diesel distribution
• Compatible with all marine fuels, including gasoline, alcohol blends, diesel, and biodiesel

Construction:

• Tube: Nylon Internal Barrier, NBR
• Cover: NBR/PVC Blend
• Reinforcement: Polyester 2 spiral
• Temperature Range: -20°F to 212°F (-28°C to 100°C)

Specifications:

• Inner Diameter: 5/8" (15.9 mm)
• Outer Diameter: 0.960" (24.4 mm)
• Burst Pressure: 200 psi (1.38 mpa)
• Working Pressure: 50 psi (0.34 mpa)
• Bend Radius: 3" (76.2 mm)
• Weight: 25.84 lb/100 ft. (11.72 kg/m)

*The #317 series exceeds ABYC H-24 & H-33, SAE J1527, ISO 7840, & USCG Type A2

The Trident A2 5/8" Fuel & Vent Line Hose, part number 317-0586-FT, is a specialized component for marine fuel systems. This hose is engineered for gasoline vent applications, including ethanol blends, and diesel fuel distribution, including biodiesel blends. Its construction features a Nylon internal barrier and NBR tube, an NBR/PVC blend cover, and polyester 2-spiral reinforcement. This design provides resistance to fuel, fire, aging, and environmental factors such as heat, cold, and ozone. It is suitable for IT buyers managing marine infrastructure or equipment requiring a robust and compliant fuel line. The hose offers a working pressure of 50 psi and a burst pressure of 200 psi, with a temperature range of -20�F to 212�F. Its flexibility aids installation in confined spaces, addressing practical challenges in marine environments.