AF104-10BLK Aeroflow 10 An Taper Series 120 Degree Hose End Black

Description

Maximize fluid system integrity and routing efficiency with the -10 AN Taper Series 120 Degree Hose End. This hose end is engineered to provide a secure, leak-resistant connection that withstands high pressure and vibration, critical for demanding applications.

The 120-degree angled design allows for optimized hose positioning in confined or complex layouts, reducing stress on hoses and preventing premature wear. This feature simplifies installation in tight engine bays or machinery setups where space constraints are a challenge.

• Durable Construction: Manufactured by Aeroflow, this fitting is built with materials designed to resist corrosion and mechanical degradation, ensuring long service life.
• Precision Dimensions: Measuring 15.00 cm in length, 11.50 cm in width, and only 0.80 cm in height, it provides a compact profile that fits seamlessly within tight assemblies without sacrificing performance.
• Standardized -10 AN Taper: The -10 AN taper threading guarantees compatibility with existing Aeroflow and industry-standard hoses and fittings, facilitating straightforward integration into your fluid system.
• Lightweight Design: Weighing just 0.0800 kg, it adds minimal weight to your assembly while maintaining structural integrity under operational stresses.

The hose end’s black finish not only provides a sleek, professional appearance but also adds an additional layer of protection against environmental factors. Its design prioritizes reliability and ease of maintenance, essential for high-performance and industrial fluid delivery systems.

With precise engineering and robust materials, the -10 AN Taper Series 120 Degree Hose End delivers dependable performance where tight bends and secure connections are required. Its specific dimensions and angle optimize hose routing, reducing potential failure points and extending hose life.

Choose this hose end to enhance your system’s durability, maintain fluid integrity, and ensure efficient space utilization without compromising on strength or compatibility.