Fast Shipping Trident Marine 1-1/2" X 50' Extra-flex Corrugated Marine #252f-1126 Tool [B5p93k2r]

Trident Marine 1-1/2" x 50' Extra-Flex Corrugated Marine Hose

Discover the Trident Marine 252F-1126 Fuel Hose, a top-tier solution for your marine exhaust needs. This Extra-Flex corrugated marine wet exhaust hose is designed for exceptional flexibility, making installations on tight bends a breeze. With its robust construction and high-performance features, it stands out as a reliable choice for longer connections on your watercraft.

Key Features:

• Maximum temperature resistance of 250°F (121°C) for continuous use.
• Exceeds SAE J2006-R2, ABYC, and NMMA P-1 exhaust standards, ensuring top-notch performance and safety.

The Trident Extra-Flex corrugated marine wet exhaust hose is crafted with a thick tube and cover, reinforced with a wire helix between two-ply layers. This design offers superior flexibility and a remarkable bend radius, making it ideal for tight installations. It resists heat, ozone, exhaust fumes, and collapse, providing long-lasting durability and reliability.

Unmatched Performance and Durability

This high-temperature EPDM rubber compound not only handles higher temperatures but also ensures a longer life and increased durability compared to other hoses on the market. The black high-temp EDPM rubber is designed to withstand extreme conditions, offering a maximum continuous temperature of 250°F (121°C). With sizes ranging from 1 1/2" to 8" (38mm to 203.2 mm) and available in black with white stripe and yellow edges, the Trident Marine 252F-1126 Fuel Hose is versatile and adaptable to various watercraft needs.

• Available in a variety of sizes to fit different watercraft applications.
• Packaged in convenient lengths and coils for easy handling and installation.

With its Lloyd’s Registry Type Approval, the Trident Marine 252F-1126 Fuel Hose is a trusted choice for marine professionals and enthusiasts alike. Upgrade your watercraft's exhaust system with this top-quality hose and experience the difference in performance and reliability.