Tee with internal thread outlets, diameter 20, female thread 1/2 inch, 90236 20-1/2

Pneumatic tee with internal thread – a reliable connection in your system

This threaded tee, made of nickel-plated brass, is a key element for branching pipes in pneumatic installations. Its solid construction and precise workmanship guarantee the tightness and durability of connections, minimizing the risk of failure and downtime. It will be useful both in professional workshops and in demanding hobby projects.

Construction and application

The tee is designed to connect three pipes with a G 1/2 inch internal thread. Made of nickel-plated brass, it is characterized by high resistance to corrosion and mechanical damage, which translates into a long service life even in difficult working conditions. It can be used in a wide range of pneumatic applications – from industrial compressed air installations to automation and car workshops. The T-shape design allows for effective branching of pipes, ensuring optimal airflow.

Advantages and benefits

• Durability and resistance: Nickel-plated brass provides resistance to corrosion, mechanical damage and long-term operation.
• Tightness of connections: Precisely made threads guarantee tight and safe connections, eliminating the risk of air leaks.
• Versatility: G 1/2 inch internal thread ensures compatibility with a wide range of pneumatic system components.
• No plastic connections: The all-metal construction increases strength and resistance to damage, especially when working with aggressive media or high temperatures.
• Silicone-free: Eliminates the risk of contaminating the working medium with silicone particles, which is important in applications requiring high purity.
• Wide application: Ideal for industrial installations, automation, car workshops and DIY projects.

Operating parameters

The tee is characterized by a wide working pressure range from -0.99 to 16 bar. It is compatible with pipes made of aluminum and other standard materials used in pneumatics. The robust construction allows operation in various environmental conditions.