ALLOY 30 DEG HOSE END -20AN BLACK CUTTER STYLE FULL SWIVEL

Description

Ensure superior hose connection performance with the Alloy 30 Degree Hose End, engineered to provide precise fluid routing and reduce stress on fittings. Its 30-degree angle design allows for optimized hose positioning, minimizing twisting and bending that can compromise system integrity over time.

This hose end features a full swivel mechanism, enabling effortless installation and adjustment without disconnecting the assembly. The full swivel capability reduces wear on hoses and fittings by accommodating movement and vibration, which enhances system longevity and reliability.

Constructed from high-strength alloy, this hose end offers resistance to corrosion and mechanical fatigue, ensuring consistent performance in harsh environments. The black cutter style finish not only provides a sleek appearance but also contributes to durable surface protection against abrasion and chemical exposure.

• Precise 30-degree angle: Facilitates optimal hose routing to prevent kinks and reduce stress on connections.
• Full swivel design: Allows 360-degree rotation for easy installation and alignment, decreasing installation time and maintenance needs.
• Lightweight yet robust alloy construction: Balances durability with weight savings, weighing only 0.207 kg, suitable for performance-focused applications.
• Dimensions: At 22.5 cm length, 14 cm width, and 1.2 cm height, it fits seamlessly into tight spaces without sacrificing flow capacity.
• Brand assurance: Manufactured by Aeroflow, a recognized leader in fluid system components, ensuring quality and compatibility with 500 Series Cutter hoses and fittings.

This hose end is designed for professionals requiring dependable, adjustable connections that maintain system integrity under high pressure and dynamic conditions. Its specific dimensions and swivel capability make it ideal for complex installations where space and alignment are critical.

With this alloy hose end, expect precise hose management, reduced mechanical stress, and enhanced durability—key factors that contribute to the overall efficiency and reliability of your fluid system.