Pneumatic tee threaded-to-tube adaptors are T-shaped fittings that use a push-in mechanism to safely and securely connect two pipes, tubing or hoses to a threaded port. They are used in compressed air or gas applications
Features and benefits of pneumatic tee threaded-to-tube adaptors
They may include:
Full bore design (the flow within the pipe or tubing isn't restricted at all)
Low leak rate, making them reliable and safe
Automatic seal in both dynamic and static situations
Push-in assembly – easy and quick to install with no tools are required
Variety of sizes and configurations depending on your tube size, etc.
Usually made from nickel-plated metal for durability and corrosion resistance
Compact in design – they can be used within a confined space
Pneumatic tee threaded-to-tube adaptor applications
Pneumatic tee threaded-to-tube adaptors are suitable for vacuum or pressure applications. They convert push-in to threaded type connections, and provide the essential link between components in any pneumatic system. Pneumatic systems can be used in plumbing or fixed installations, such as in factory settings.
Description:
A high-quality polymer push in fitting suitable for
compressed air applications. The LF3000 fittings can be used in systems with a working pressure from a vacuum of 0.9 bar to a positive pressure of 20 bar. These fittings are suitable ...
Description:
A high-quality polymer push in fitting suitable for
compressed air applications. The LF3000 fittings can be used in systems with a working pressure from a vacuum of 0.9 bar to a positive pressure of 20 bar. These fittings are suitable ...
Description:
SMCs KQG2 stainless steel range provides engineers with
a choice of high performance, lightweight, compact push in fittings for when resistance to corrosion, chemicals and high temperatures is vital. 30% smaller and 62% lighter than the existing KQG range and ...
Description:
A selection of Push-in tubing connectors suitable for
use in a diverse group of industries including food. Suitable for use with all fluids and gases including compressed air, grease, lubricants, water. Typical applications include Food processes, coffee machines, in-plant automotive, ...