AF9202-400-350 Aeroflow Silicone Hose Reducer 45 Deg; Black I.D 4.00 3.50″ 102 89mm,

Description

Optimize your fluid or air system with a silicone hose reducer designed to provide a smooth transition between different hose diameters at a 45-degree angle. This reducer solves the challenge of connecting mismatched hoses without compromising flow efficiency or system integrity.

The 45-degree angle facilitates easier routing in confined spaces, reducing stress on hoses and fittings. This angle also helps maintain consistent flow dynamics by minimizing turbulence when stepping down from a 4.00-inch (102 mm) inner diameter to a 3.50-inch (89 mm) inner diameter, crucial for performance-sensitive applications.

Constructed from high-grade silicone, this reducer offers superior flexibility and temperature resistance compared to traditional rubber hoses. Silicone material withstands extreme temperatures and engine bay conditions, ensuring longevity and reducing maintenance needs.

With precise dimensions—17.00 cm in length, 18.00 cm in width, and 11.00 cm in height—the compact form factor fits neatly within tight engine compartments without sacrificing durability. Weighing only 0.6 kg, it adds minimal weight, contributing to overall system efficiency.

Designed by Aeroflow, a recognized brand in performance hose and fittings, this reducer integrates seamlessly with standard silicone hoses and fittings. The black silicone finish resists abrasion and chemical exposure, maintaining appearance and function over time.

This hose reducer is ideal for automotive, marine, and industrial applications where a reliable, flexible transition is necessary between two different hose sizes. Its precise engineering ensures secure connections, preventing leaks and pressure drops.

Choose this silicone hose reducer for a dependable, efficient, and compact solution that enhances system performance and installation flexibility. Its combination of material quality, dimensional accuracy, and functional design makes it a critical component for advanced hose routing challenges.