Sanitary Ball Valve Industry Standard

Sanitary Valve refers to valves used in industries such as food, pharmaceuticals, and bioengineering. Their key features are excellent sealing performance, ease of cleaning and maintenance, and effective prevention of media contamination and cross-contamination. The quality and performance of Sanitary Valve directly impact product safety and quality, making relevant industry standards particularly important.
First, the materials used for Sanitary Valve should meet relevant hygiene standards, such as stainless steel or polytetrafluoroethylene. These materials are corrosion-resistant, heat-resistant, and wear-resistant, meeting the requirements of Sanitary Valve under specialized operating conditions. Material selection also needs to consider the compatibility of the valve with the media to ensure media contamination is prevented.
Second, the structural design of Sanitary Valve should be rational and easy to clean and disinfect. Dead corners and dust accumulation inside the valve should be minimized to prevent bacterial growth and media residue. Valve sealing performance is also crucial; it must be fully sealed when closed to prevent media leakage and cross-contamination.
Furthermore, the operation of Sanitary Valve also needs to take hygiene requirements into account. Some valves may require frequent operation, so they need to be designed to be easy to operate, flexible, and reliable to improve efficiency and reduce operator workload. Furthermore, the valve control system must exhibit excellent stability and reliability to ensure that the valve can be opened, closed, and adjusted as required.
Finally, standardized production and quality control are crucial. Manufacturers must strictly adhere to relevant standards to ensure product quality and performance meet requirements. Furthermore, corresponding specifications and standards are required for valve installation, operation, and maintenance to ensure proper operation and extend valve life.
In general, industry standards cover aspects such as valve materials, structural design, operation methods, and quality control, and are crucial for ensuring product safety and quality. Only by strictly adhering to relevant standards in design, production, and use can valves ensure their proper function within specific industries.