28 Mar Different Types of Valves in Manufacturing
In the manufacturing industry, different types of valves are used for various purposes. Butterfly valves are often used in the process of water supply, wastewater treatment, fire protection, and gas supply. They are also used in the chemical, oil, and fuel handling systems. These types of valves can be either fixed or floating, which depends on the type of valve. Typically, butterfly and gate valves are used in the manufacturing sector. When you need Valve Manufacturers, contact orseal.com
The types of valves that are used in the manufacturing industry vary widely. One of the most common is the gate valve, which consists of a metal gate and channel. When the gate is raised, the valve clears the channel and blocks it when the flow reverses. Depending on the application, a different type of valve may be used. A gate-operated valve will work when backflow is present, for example.
The main function of a valve in manufacturing is to regulate the flow of liquid or gas. It may partially obstruct or block passageways. Valve materials also play a critical role in the selection process. For example, stainless steel is the preferred material for food processing valves. Some types of valves are lined. For example, check valves are lined with PTFE to improve their performance and resistance to wear. There are also different kinds of plastic valves, including sanitary and surgical valves.
Ball valves can be purchased at low prices and are usually operated with a simple turning mechanism. Their circular shape and centre bore make them a great choice for applications where the flow of fluid is restricted. These valves are not suitable for throttling applications. They provide an uninterrupted path for the fluid and are usually used in shut-off applications. For the most complex applications, these valves may require pneumatic or electronic actuation.
Another important factor in valve selection is the material. The material of the valve body and the wetted parts can affect the performance. For example, stainless steel is the best option for food processing. Stainless steel can be durable but is not recommended for use in aggressive environments.
The design and materials of the valves are critical to their functionality. The materials used for the disc are critical for flow control. In addition, the material used for the seat and disk are important factors for determining the performance of the valve. When it comes to material, you should be able to choose a material that resists heat and chemical corrosion.