Stainless Steel Sanitary Manual Flow Diverter Valve For Dairy Products

The working principle of the stainless steel sanitary manual flow steering valve is based on manually manipulating the valve core position to change the flow direction of the fluid in the pipeline. First, the operator rotates the valve stem through a handle or handwheel to drive the internal valve core to adjust the angle. The valve core is usually designed with a T-type, L-type or other flow channel structure. When it rotates to different positions, the fluid channel will change to achieve fluid guidance, diversion, confluence or cutting. A high-precision sealing system is used between the valve core and the valve body to ensure that there will be no leakage or medium mixing during the switching process. In multi-channel applications, the valve core can be set in multiple fixed positions to ensure that different fluids flow accurately according to the set path. The entire process does not require additional power and relies entirely on manual operation. It is suitable for sanitary pipeline systems such as food, pharmaceuticals, dairy products, beverages, etc. that require flexible adjustment of flow direction.

The options of stainless steel sanitary manual flow steering valve include:

Valve body structure: two-way, three-way, four-way, multi-way optional.

Flow channel form: T-type, L-type, X-type and other flow channel designs.

Sealing material: EPDM, PTFE, FKM and other optional.

Connection method: quick installation (quick installation), welding, flange, etc.

Surface treatment: internal and external mirror polishing, electrolytic polishing.

Handle type: stainless steel handle, plastic handle, with locking device.

Visual indication: flow direction indication window, scale mark.

High pressure/corrosion resistant type: suitable for special media or high pressure environment.

• The stainless steel sanitary manual flow steering valve adopts a progressive valve core structure to reduce instantaneous pressure fluctuations when switching flow directions and avoid violent impact of the fluid.
• The stainless steel sanitary manual flow steering valve adopts a double sealing system design to synchronously seal and close unused pipe ports during the switching process to prevent residual fluid from flowing back or cross-contamination.
• The internal flow channel of the stainless steel sanitary manual flow steering valve adopts a self-draining angle design, so that the residual liquid can be quickly discharged after the fluid is switched to avoid dead corner retention.
• The stainless steel sanitary manual flow steering valve is equipped with an adjustable flow direction positioning lock to ensure that the valve core can accurately stop when switching different flow directions to avoid medium mixing caused by misoperation.
• The stainless steel sanitary manual flow steering valve reduces the impact of shear force on the fluid by optimizing the internal streamline design of the valve body.
• The stainless steel sanitary manual flow steering valve adopts an adjustable angle handle structure to make the operation more ergonomic.

Stainless steel sanitary manual flow steering valves are widely used in the following industries: Food processing industry: used for flow direction switching of liquid delivery systems such as dairy products, juices, and beverages to ensure the hygiene and safety of the production process. Pharmaceutical industry: suitable for the diversion and switching of fluids in aseptic production processes such as biopharmaceuticals, injections, and vaccines to prevent contamination. Dairy industry: used for precise control and conversion of fluids such as milk and yogurt during pasteurization, homogenization and storage. Beer brewing industry: suitable for wort delivery and fermentation liquid flow control to ensure pollution-free switching of different media during the brewing process.