AF140-16S Aeroflow Straight Female Male 16 An Silver With 1/8″ Npt Port

Description

Optimize fluid system connections with a precision-engineered adapter designed to deliver secure, leak-free performance under demanding conditions. This straight female-to-male adapter features a 1/8″ NPT port, enabling seamless integration between different thread standards and enhancing system versatility.

The adapter’s 16.00 cm length and slim 1.20 cm profile allow it to fit tightly into confined spaces without compromising flow efficiency. Weighing just 0.1450 kg, it adds minimal mass to your assembly, reducing strain on connected components and maintaining system balance.

Manufactured by Aeroflow, a brand recognized for engineering excellence in hose and fitting solutions, this adapter meets stringent quality standards. Its silver finish not only resists corrosion but also ensures durability in harsh environments, extending service life and reducing maintenance needs.

• 1/8″ NPT Port Compatibility: Enables connection to standard National Pipe Taper threads, simplifying integration with existing piping and equipment.
• 16 cm Length: Provides adequate reach for secure attachment while maintaining compactness for tight installations.
• Low Weight (0.1450 kg): Minimizes load on hoses and fittings, improving system longevity.
• Silver Finish: Offers corrosion resistance and a professional appearance in mechanical assemblies.
• Precision Machining: Delivers tight tolerances to prevent leaks and ensure consistent performance.

With dimensions of 16.00 cm length, 14.00 cm width, and 1.20 cm height, this adapter fits precisely within your system architecture, avoiding unnecessary bulk or interference. Its design suits use in automotive, industrial, and hydraulic applications where reliable fluid transfer is critical.

Investing in this adapter guarantees a robust, adaptable connection point that withstands pressure variations and mechanical stresses. The precise engineering and durable materials ensure your fluid system operates at peak efficiency, minimizing downtime and maintenance costs.