Auxiliary cutting valve is a valve used to cut off the flow of fluid or materials in auxiliary equipment or mechanical systems. It is an important component of auxiliary equipment systems, commonly used to control material supply, stop, and regulate flow.

Auxiliary cutting valves are usually composed of components such as valve bodies, valve covers, valve cores, and seals. They can be manually or automatically operated to achieve the opening and closing of materials. In the auxiliary equipment system, the main functions of the auxiliary cutting valve include the following aspects:

Cut off fluid flow: The auxiliary cut-off valve can cut off the flow of fluid or materials to stop the supply of materials or cut off unnecessary flow.

Adjusting fluid flow rate: The auxiliary cutting valve can also adjust the fluid flow rate by adjusting the position of the valve core to meet different process and production requirements.

Control material flow rate: By adjusting the opening of the auxiliary cutting valve, the flow rate of materials in the system can be controlled to ensure the normal supply of materials.

Protective equipment: The auxiliary cut-off valve can also be used as an equipment protection device. In case of system failure or maintenance needs, the auxiliary cut-off valve can be closed to cut off the supply of materials to avoid equipment damage.

Auxiliary cutting valves are widely used in auxiliary equipment systems in various industries, such as plastic injection molding machines, extruders, rubber processing machinery, material conveying systems, etc. According to different process requirements and medium characteristics, auxiliary cutting valves can choose different materials of valve bodies and seals to adapt to different working conditions.

In summary, auxiliary cut-off valves play an important role in auxiliary equipment systems. They can control the supply, stop, and regulate the flow of fluids or materials, ensuring the normal operation of auxiliary equipment and accurate supply of materials. Properly selecting and applying appropriate auxiliary cutting valves can improve production efficiency and quality, and ensure the safe and stable operation of equipment systems.