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FITTING BARBED HOSE BRASS - OTC Tools and Equipment

Part #: 214675

Ensure reliable and leak-free connections in your automotive and industrial systems with the OTC Tools and Equipment 214675 Barbed Hose Fitting. Crafted from durable brass, this professional-grade fitting is engineered to provide a secure link for various fluid and air lines, making it an essential component for technicians and mechanics who demand dependable performance. Its robust construction is designed to withstand the rigors of demanding workshop and field environments, offering long-term service life.

Key Features

  • Durable Brass Construction: Manufactured from high-quality brass, offering excellent resistance to corrosion and wear, suitable for a wide range of fluids and environments.
  • Secure Barbed Design: Features precisely machined barbs that create a strong, positive grip inside the hose, minimizing the risk of slippage or leaks when properly installed with a hose clamp.
  • Professional Grade Reliability: Built to OTC Tools and Equipment's exacting standards, ensuring consistent performance and durability for critical applications.
  • Versatile Application: Compatible with various hose types, providing flexibility for different connection requirements in automotive and industrial settings.

Applications

The OTC Tools and Equipment 214675 Barbed Hose Fitting is ideal for a broad spectrum of professional applications. It is commonly utilized in automotive fluid systems, including cooling systems, fuel lines, vacuum lines, and transmission lines, where secure hose connections are paramount. Industrially, it serves well in pneumatic systems, hydraulic return lines, and low-pressure fluid transfer systems found in manufacturing plants, service centers, and agricultural equipment maintenance. This fitting provides a robust solution for repairing or upgrading existing hose connections, helping to maintain system integrity and operational efficiency.

Recommended Alternatives

This product was added to our catalog on Thursday 22 January, 2015.