Parker Tube to Port Brass Male Stud Push-In Fitting (Pack of 10)

The Parker Tube to Port Brass Male Stud Push-In Fittings, available in a pack of 10 units, are robust components designed for fluid conveyance systems. Here are some key features and considerations: Brass Construction: These fittings are made from high-quality brass, offering excellent corrosion resistance, durability, and strength. Brass construction ensures reliable performance in various industrial and commercial applications. Tube to Port Connection: The fittings feature a male stud design for connecting tubing to ports or threaded fittings. This design facilitates easy installation and ensures a secure and leak-tight connection between the tubing and the port. Push-In Connection: Utilizing a push-in connection mechanism, these fittings allow for quick and tool-free installation. Simply push the tubing into the fitting for a secure and reliable connection, reducing installation time and labor costs. Pack of 10: Offered in a pack of 10 units, these fittings provide a cost-effective solution for projects requiring multiple connection points. This ensures an ample supply of fittings for various installation needs and helps streamline procurement processes. Versatile Applications: Parker Tube to Port Brass Male Stud Push-In Fittings find application in a wide range of industries, including pneumatic systems, hydraulic systems, automotive, machinery, and more. Their versatility makes them suitable for various fluid transfer and connection needs. Compatibility: The fittings are compatible with various types of tubing materials, including nylon, polyethylene, polyurethane, and PTFE (polytetrafluoroethylene). This compatibility ensures adaptability to different fluid types and system requirements. Reliable Performance: Renowned for their reliability and precision engineering, Parker fittings deliver consistent performance and leak-free operation. The Tube to Port Brass Male Stud Push-In Fittings uphold this standard, providing dependable functionality in demanding applications.