Standard Sanitary Valves

This type of Sanitary Butterfly-Type Ball Valve can be automatically or manually, because of its can be very good deal with viscous or medium with particulate, which is widely used in food, beverage, pharmaceutical and chemical industrial piping system,to regulate and control the medium flow in the system.

Sanitary Pneumatic Butterfly-Type Ball Valve is a fast loading, easy to clean the valve the health sector as handing viscous or grain media the best choice. Mainly used in food, drink, pharmaceutical and chemical.

The Sanitary Manual Butterfly Valve is a compact and hygienic flow control device widely used in the food, beverage, dairy, and pharmaceutical industries. Featuring a disc that rotates within the valve body, it enables quick shut-off or regulation of flow. With options for manual or automated operation, it offers excellent sealing performance, easy cleaning (CIP/SIP compatible), and low pressure drop. It is ideal for applications requiring reliable, hygienic, and efficient fluid control.

Sanitary Pneumatic Butterfly Valve can be manually controlled with a locking handle or automatically actuated via a pneumatic actuator. The actuator is available in NC (normally closed), NO (normally open), or double-acting (air/air) types. Its design ensures a reliable 90° rotation with increased torque for tight sealing. The manual handle allows the valve to be fixed in multiple positions for precise flow regulation. Ideal for sanitary and hygienic applications requiring efficient shut-off and control.

ZH4 Sanitary Check Valve is designed for use in stainless steel pipe installations to prevent reverse flow.

The Y-Type Ball Valve is a valve that controls the flow direction of the medium through a rotating valve core. It can be used in conveying pipelines or gravity discharge. It is widely used in high-efficiency fluid control scenarios in the fields of chemical industry, new energy, pharmaceuticals, etc. Optional for use in different working conditions:
Inflatable airbag, seal with 0 friction, 0 shedding, high sealing, significantly improving the service life of the valve seal.
The Y-shaped structure is designed to have an angle of 120° and 135° between the valve body feed port and the two discharge ports. The valve core is driven to rotate through the drive device to realize the flow or cut between the inlet end and any outlet, thereby achieving the switching of two different flow directions. The inner channel curve type avoids rapid rotation angle of the runner.
In a single-channel structure, the valve core is a plug-in structure with a small leakage volume, and the straight-through flow channel is designed to have a large flow rate.The valve body feed port and the two discharge ports are designed to have an angle of 135°.
·Dual-channel structure, the rotational shunt angle of this structure is designed to be 45°, 30°, etc. Due to its small rotation angle, the internal components are almost not affected by high-wear materials. If the material is abrasive.only the internal channel wear can provide the possibility of the valve core rotating by 180°,making the component life longer.