Sanitary Ball Valve has various models, and has different classifications according to different standards and uses.

In addition, sanitary ball valves have different power classifications, such as manual, electric, pneumatic, etc. In addition, according to different use environments and requirements, sanitary ball valves can also be divided into general valves, petrochemical special valves, gas special valves, slurry special valves, coal powder ash special valves, etc.

In short, when choosing a sanitary ball valve, you should choose a suitable model and specification based on the specific use environment and application requirements, taking into account the properties of the medium, working pressure, working temperature, connection method, operation method and other factors. At the same time, you should also choose products from regular manufacturers to ensure the quality and use effect of the valve.

There are various models of sanitary ball valves, which can be classified according to different standards. The following are some common sanitary ball valve models and their characteristics:

Classification by standard: The standards for sanitary ball valves can include ISO, DIN, IDF, SMS, 3A, etc. These standards represent different design and manufacturing requirements to ensure the interchangeability and compatibility of valves in various applications.

Classification by material: Stainless steel sanitary ball valves are mainly made of stainless steel materials such as SUS304 and SUS316L. These materials have the characteristics of corrosion resistance, high temperature resistance, and wear resistance, and are suitable for applications with special requirements for media in the fields of food, biopharmaceuticals, etc.

In addition, the models of sanitary ball valves may also be classified according to their structure, operation mode, use temperature, etc. Therefore, when choosing a sanitary ball valve, it is necessary to comprehensively consider the above factors according to the actual use environment and application requirements, and select the appropriate model and specification. At the same time, it is also necessary to pay attention to selecting products from regular manufacturers to ensure that the quality and performance of the valve meet the standard requirements.

There are various models of sanitary ball valves, and the common model classifications are as follows:

Classification by specification: The specifications of sanitary ball valves are usually expressed as DN15~DN150, or 1"~6" (Ф12.7~Ф152.4). These specifications indicate the size of the valve, that is, the diameter of the medium pipeline that the valve can flow.

Classification by connection method: The connection methods of sanitary ball valves are mainly quick-install, welding, threading, etc. Quick-install connections are suitable for occasions that require quick installation and disassembly, welding connections are suitable for occasions that require permanent fixed connections, and threaded connections are suitable for smaller pipe diameters.

Classification by power: Sanitary ball valves can also be classified according to the operation mode, including manual, electric, pneumatic, etc. Manual operation is suitable for simple switch control, while electric and pneumatic operation are suitable for occasions that require automatic control and remote control.

Classification by purpose: According to different use environments and requirements, sanitary ball valves can also be divided into general valves, petrochemical special valves, gas special valves, slurry special valves, coal powder ash special valves, etc. These special valves are designed and manufactured according to specific application occasions to meet specific use requirements.

In short, when choosing a sanitary ball valve, it is necessary to comprehensively consider the above factors according to the actual use environment and application requirements, and select the appropriate model and specifications. At the same time, it should also be noted that the products of regular manufacturers should be selected to ensure that the quality and performance of the valve meet the standard requirements.