Liquid Cooling Check Valve Product Main Features And Working Principle

cooling Check Valve that automatically opens and closes its disc based on the flow of the medium to prevent reverse flow. It is also known as a water cooling Check Valve. It is commonly used to control corrosive or highly corrosive media. The inner surface of the cooling water Check Valve body is coated with a variety of fluoroplastics, offering high strength and corrosion resistance. Suitable for use in various operating temperatures and fluid pipelines, it prevents reverse flow in various pipelines or equipment.

Main Features:

1. The Check Valve cooling system shaft and disc of the water cooling Check Valve are designed as an integrated unit. The entire fluoroplastic-lined shaft is embedded in a special groove between the Check Valve cooling body and bonnet, ensuring flexible opening and closing and reliable sealing.

2. In addition to the cooling Check Valve body and disc, the return spring is also fully lined with corrosion-resistant fluoroplastic. The well-designed spring ensures sufficient sealing pressure even in low-pressure areas, ensuring reliable sealing in these areas.

3. cooling water Check Valve utilize a fully lined process for all areas accessible to the medium. Lining materials include fluoroplastics such as F46 and F3, which can withstand all corrosive media except molten alkali metals and elemental fluorine. They are suitable for pipelines handling various concentrations of sulfuric acid, hydrochloric acid, fluorinated acid, aqua regia, various organic acids, strong acids, strong oxidizers, and other corrosive media.

4. Due to the special characteristics of the lining material, Check Valve data center can operate normally between -20°C and +150°C, depending on the lining material, and are not suitable for high-pressure applications.

Operating Principle:

1. cooling Check Valve, with the opening and closing elements automatically opening and closing based on the flow and force of the medium.

2. It is mainly used in pipelines where the medium flows in one direction, allowing the medium to flow in only one direction to prevent accidents such as backflow of the medium, reversal of the pump and drive motor, and leakage of the container medium.