Aeroquip FCA1215 AQP Racing Hose, 12 AN, 15 Feet, Braided Stainless Steel and Rubber, Natural Finish
The Aeroquip FCA1215 AQP Racing Hose is a high-performance hose designed for demanding automotive and racing applications. Featuring a durable braided stainless steel exterior combined with a flexible rubber inner lining, this hose provides excellent resistance to heat, pressure, and abrasion. Its 12 AN size makes it suitable for high-flow fuel, oil, or coolant transfer systems, ensuring reliable performance under extreme conditions. The natural finish adds a clean, professional look to your custom installation or repair project.
This 15-foot length offers ample flexibility for various routing configurations, making it ideal for custom builds, race cars, or upgraded vehicle systems. The hose's construction ensures minimal expansion and excellent durability, helping maintain consistent pressure and flow during operation. Aeroquip’s manufacturing standards guarantee a high-quality product that meets or exceeds industry specifications, providing peace of mind for professional and enthusiast users alike.
Designed for versatility and longevity, the FCA1215 hose is compatible with a wide range of fittings and accessories. Its robust braided stainless steel exterior not only enhances durability but also provides an attractive, corrosion-resistant surface. Whether upgrading your vehicle’s fuel system or creating a custom hydraulic line, this hose offers dependable performance and ease of installation. Trust Aeroquip for premium-quality hoses built for performance and reliability.
Features:
- 12 AN size for high-flow performance
- 15-foot length offers flexible routing options
- Braided stainless steel exterior for durability and corrosion resistance
- Rubber inner lining for flexibility and chemical resistance
- Suitable for fuel, oil, and coolant transfer applications
- Natural finish for a professional appearance
- Compatible with a wide range of fittings and accessories
- Designed for racing and high-performance automotive systems