AF156-07-10 Aeroflow Billet Dual Size Seper 6 Tefl& 10 Teflon Hose Size Or Notes

Description

Maintaining organized and protected fluid lines is critical for system performance and longevity. This Billet Dual Size Hose Separator from Aeroflow addresses common issues like hose wear and tangling by providing a robust, dedicated mounting solution for dual-size Teflon hoses.

Constructed with precision billet aluminum, it ensures durability while weighing only 0.0160 kg, minimizing added system weight. Its stepped design accommodates both -6 and -10 size Teflon hoses simultaneously, which helps prevent hose-to-hose contact and abrasion—extending hose life and reducing maintenance.

The separator measures 16.00 cm in length, 9.00 cm in width, and 2.00 cm in height, offering a compact yet effective profile that fits into tight engine bays or fluid routing areas. These dimensions allow for versatile placement without sacrificing hose integrity or accessibility.

• Dual hose compatibility: Supports both -6 and -10 Teflon hoses, enabling streamlined fluid system setups with mixed hose sizes.
• Stepped design: Provides precise separation to eliminate friction and wear between hoses, ensuring reliable fluid flow and minimizing downtime.
• Lightweight billet construction: Adds minimal mass while delivering superior strength and corrosion resistance compared to plastic alternatives.
• Compact dimensions: The 16 cm by 9 cm footprint with a slim 2 cm thickness fits easily in constrained spaces without compromising hose security.

This separator integrates seamlessly into high-performance and standard applications where Teflon hoses are used, enhancing system organization and preventing costly hose damage. Its precise fit and durable build reflect Aeroflow’s commitment to quality and functionality, ensuring your fluid lines remain secure and serviceable over time.

Investing in this dual-size hose separator means improved system reliability and maintenance efficiency, critical for any professional installation demanding consistent performance.