AF417-12S Aeroflow 30 Deg Push Lock End 12 An Silver No Clamp Required<15 Psi

Description

Optimize your fluid transfer system with a push lock hose end engineered to provide secure, clamp-free connections under pressures up to 15 PSI. This 30-degree angled fitting streamlines installation while maintaining a tight seal, reducing potential leak points and maintenance time.

The 30-degree angle facilitates routing in confined or complex assemblies, minimizing hose stress and improving system longevity. With a length of 22.5 cm and a compact width of 1.2 cm, this fitting integrates seamlessly into tight engine bays or equipment setups without sacrificing accessibility.

Constructed by Aeroflow as part of their 400 Series Push Lock range, this hose end features a silver finish that resists corrosion and wear, ensuring lasting reliability in demanding environments. Weighing 0.194 kg, it balances strength with lightweight design, contributing to overall system efficiency.

Designed for use with -12 AN hoses, this component supports standardized connections for compatibility with a broad range of fluid systems. The push lock mechanism eliminates the need for additional clamps, simplifying assembly and reducing installation time while maintaining a secure hold.

Its robust construction supports low-pressure applications up to 15 PSI, making it ideal for fuel lines, coolant circuits, and other fluid transfer needs where precision and leak prevention are critical. The silver finish not only enhances corrosion resistance but also provides a professional appearance that complements high-performance setups.

Dimensions of 22.5 cm length, 1.2 cm width, and 14 cm height ensure this fitting fits within compact spaces without compromising performance. The lightweight design at 0.194 kg reduces added mass to your system, beneficial in applications where weight is a consideration.

Choose this Aeroflow 30-degree push lock end for a precise, durable, and clamp-free hose connection that enhances system reliability and simplifies installation. Its engineered design and quality materials ensure consistent performance under specified pressure limits.