Sanitary Valve: Vital for Every System

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Valve being a common part is used in today’s industrial flow control industry. However, this is an important decision to choose the appropriate one, which will be applicable to your industrial system. This decision depends on the nature of the job and the size of the industry you are having. Nowadays, with the growing, innovative inventions, there are more than a thousand types of valves available in the market to cater to your requirements. Starting from the traditional simple manual valves to the complicated and automatic valves, you can find a wide range of valves in the market. Categorization of the valves can be done on the basis of their nature, the basis of material used to make this valve, the basis of size, way valves

Just like in the human body, there are one-way valves in veins controlling the blood circulation, on the other hand, the heart valves control the flow of blood in the chambers of the heart and maintain the correct pumping action, the valve is used to control and manipulate the flow of fluid in every process industry. Valves may be operated manually, either by a handle, lever, or wheel attached to its stem. Valves may also be automatic, which are driven by changes in pressure, temperature, or flow. In your day-to-day life pressure cooker in your kitchen is the best suitable example of an automatic valve i.e sanitary pressure relief valve.

A common type of valve is the sanitary butterfly valve. The outer body shape of this valve looks like a butterfly. This valve is a durable and reliable solution for your specific requirements. As they are built with high-performance parameters to take on freshwater, saltwater, and fuel oil systems with little maintenance as these are used for marine and industrial markets. The design of the butterfly valve gives you the ability to regulate the flow of liquids through different disc rotations. 

A strainer valve is a device with protective features. This valve is capable of separating liquids from solids and allows only fluid to flow in an application. With their protection ability, these valves are able to prevent the blockage of foreign particles which can cause a system failure in the later stages. They can also be used in air systems to eliminate moisture.

More complex control systems using valves requiring automatic control require an actuator. An actuator is something that will stroke the valve depending on its input and set-up and allow the valve to be positioned accurately to perform its task more efficiently.

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