SS BRAIDED HOSE -7AN 6 METRE SILVER S/S 9.6mm ID 15.7mm OD

Description

Maximize system reliability with this stainless steel braided hose engineered for high-pressure and high-temperature fluid transfer. Its robust construction reduces the risk of leaks, ensuring consistent performance in critical automotive or industrial applications.

The hose features a 9.6 mm inner diameter (ID) and 15.7 mm outer diameter (OD), providing optimal flow capacity while maintaining a compact profile. This balance supports efficient fluid movement without compromising space constraints.

Constructed from premium stainless steel braid, the hose offers exceptional abrasion resistance and corrosion protection, extending service life in harsh environments. The silver stainless steel finish not only enhances durability but also simplifies inspection for wear or damage.

At 6 metres in length, this hose allows for versatile routing options, accommodating complex installations without the need for multiple fittings or joints that can introduce failure points. Its size and flexibility make it ideal for fuel, oil, or coolant line upgrades requiring reliable pressure handling.

Manufactured by Aeroflow, a recognized leader in fluid transfer solutions, this hose meets stringent quality standards ensuring consistent performance and safety. The hose weighs 1.75 kg, balancing sturdy construction with manageable handling during installation.

Dimensions of 34 cm length, 29 cm width, and 11 cm height (packaging) facilitate straightforward storage and shipping, while the -7 AN fitting compatibility ensures seamless integration with common high-performance fluid systems.

This hose is engineered to withstand demanding applications where durability, pressure resistance, and corrosion protection are critical. Its stainless steel braid construction and precise dimensions deliver a dependable solution, minimizing downtime and maintenance needs.

Choose this stainless steel braided hose to enhance system integrity and longevity with a product designed for rigorous conditions and engineered to meet specific fluid transfer demands.