AF9202-200-175 Aeroflow Silicone Hose Reducer 45 Deg; Black I.D 2.00 1.75″ 51 45mm,

Description

Optimize your fluid or air system with a precise 45-degree silicone hose reducer designed to ensure seamless size transitions without restricting flow. This reducer addresses the common issue of mismatched hose sizes, preventing pressure drops and turbulence that compromise system performance.

Constructed from durable silicone, this hose reducer withstands high temperatures and resists degradation from oils and chemicals, ensuring long-lasting reliability. Its black finish offers resistance to UV and environmental factors, maintaining integrity in demanding conditions.

• 45-degree angle: Allows smooth directional changes within compact spaces, minimizing flow resistance and mechanical stress on connected components.
• Size transition from 2.00″ (51 mm) to 1.75″ (45 mm) inner diameter: Enables compatibility between different hose sizes without compromising tight seals or flow efficiency.
• Dimensions (14 cm length, 20 cm width, 19 cm height): Compact form factor enables installation in constrained engine bays or machinery setups where space is limited.
• Weight of 0.3 kg: Lightweight design reduces added mass to your system, preserving balance and ease of assembly.
• Brand Aeroflow: Trusted manufacturer known for precision-engineered silicone hoses and fittings tailored to high-performance applications.

This hose reducer is engineered to maintain consistent flow rates and reduce turbulence in fluid or air transfer applications, delivering measurable improvements in system efficiency and longevity. Its silicone construction offers flexibility and resilience far superior to rigid alternatives.

With precise dimensions and a 45-degree bend, this reducer integrates smoothly into custom and OEM setups, providing a reliable connection point that prevents leaks and wear. It is an essential component for anyone requiring a professional-grade solution to fit hoses of differing inner diameters while maintaining optimal system integrity.