1/4" Coupler with 3/8" Female threads Automotive T Style- Pack o - Amflo

The Amflo C2-23 1/4" Coupler with 3/8" Female threads is a robust and reliable component engineered for professional automotive and industrial pneumatic systems. This T-style coupler, also known as Automotive Standard Series Type "C", provides a secure and efficient connection for various air tools and hose setups, ensuring consistent performance in demanding environments. It is specifically designed to interchange with Tru-Flate 10 and 100 type series, offering broad compatibility within professional workshops.

Key Features

• Durable Plated Steel Construction: Built to withstand the rigors of daily professional use, offering long-lasting reliability and resistance to wear and corrosion.
• T-Style (Automotive Standard Series Type "C") Connection: Ensures a secure and leak-free connection with compatible plugs, commonly found in automotive workshops, and features extra locking ball bearings for a tighter fit and precise alignment.
• Optimal Airflow: Engineered with a tubular valve design for superior airflow and reduced pressure drop, maximizing the performance of pneumatic tools.
• High-Pressure Reliability: Capable of handling a maximum working pressure of 300 PSI, providing a secure connection even under demanding pneumatic applications.
• Automatic Shut-Off Valve: Instantly seals the air line upon uncoupling, enhancing safety and maintaining system pressure.
• 3/8" FNPT Threads: Features 3/8" NPT female threads for straightforward integration into existing air lines and larger air hoses.

Applications

This versatile Amflo c2 coupler is ideal for a wide range of applications in automotive repair shops, manufacturing facilities, and industrial settings. It is commonly used to connect air hoses to impact wrenches, grinders, spray guns, tire inflators, and other pneumatic equipment. Its robust design and high-pressure rating make it suitable for demanding tasks where reliable and efficient air connections are crucial for productivity and safety.