Food Chemical Three-Way Vertical Sanitary Three-Clamp Pneumatic Ball Valve

The working principle of the stainless steel sanitary pneumatic forged T-type three-way ball valve is to drive the valve ball to rotate through a pneumatic actuator to control the diversion, confluence or flow direction switching of the fluid between three pipes. The T-type hole design allows the fluid to flow between different outlets, and the valve ball and valve seat are sealed to ensure no leakage. The use of stainless steel pneumatic forged T-type three-way ball valve can achieve efficient diversion, confluence and flow direction switching of the fluid between three pipes.

The options of the stainless steel sanitary pneumatic forged T-type three-way ball valve include:

Drive mode: pneumatic, manual

Connection mode: clamp, thread, welding, flange, quick release

Ball type: floating ball, fixed ball

Material: stainless steel 304, 316L

Size: selected according to the pipe diameter

Pressure level: different pressure levels

• The stainless steel pneumatic forged T-type three-way valve ball adopts a T-type hole design, and the fluid can be divided or merged through three channels.
• The stainless steel pneumatic forged T-type three-way ball valve adopts corrosion-resistant sealing materials such as PTFE and PFA, and precision processing ensures no leakage.
• The stainless steel pneumatic forged T-type three-way ball valve has an optimized fluid channel design to reduce fluid flow resistance.
• The stainless steel pneumatic forged T-type three-way ball valve adopts a floating ball or fixed ball design to ensure sealing.
• The stainless steel pneumatic forged T-type three-way ball valve has a compact valve structure design, which is easy to install and maintain.
• The stainless steel pneumatic forged T-type three-way ball valve adopts self-lubricating sealing materials to reduce valve friction.

Stainless steel pneumatic forged T-type three-way ball valves are widely used in the following industries: Chemical industry: used for fluid control in chemical reaction pipelines. Oil and gas industry: used for fluid regulation in oil and gas transmission systems. Pharmaceutical industry: used for fluid diversion and confluence in pharmaceutical production processes. Food and beverage industry: suitable for food processing and liquid distribution systems. Water treatment industry: used for fluid pipeline control in sewage treatment plants. Electronics industry: used for precision fluid control in electronic manufacturing processes.