What are Cast Iron Valves?
Cast Iron Valve is a common valve type that is widely used in a variety of industrial piping and fluid handling systems. There are many types of Cast Iron Valve, including gate valves, check valves, ball valves and butterfly valves. These Cast Iron Valve play an important role in different application scenarios, such as controlling fluid flow, regulating fluid pressure, preventing fluid backflow, etc.
Cast iron gate valve
Cast iron gate valve is one of the common types. It controls the position of the valve plate by rotating the valve stem to open or close the valve. Gate valves have the characteristics of small fluid resistance, good sealing performance and damage resistance, and are suitable for various fluid media, such as water, steam and oil.
Cast iron globe valve
Cast iron stop valve is also a common type, which controls the opening or closing of the valve port by moving the valve disc downward. The globe valve has the characteristics of good sealing performance, low fluid resistance and easy maintenance, and is suitable for different fluid media such as gas and liquid.
Cast iron ball valve
The cast iron ball valve is a fast switching valve that controls the opening or closing of the valve port by rotating the ball. Ball valves have the characteristics of low fluid resistance, good sealing performance and fast switching, and are suitable for different fluid media such as gas and liquid.
Cast iron butterfly valve
The cast iron butterfly valve is a regulating valve that controls the rotation angle of the valve plate by rotating the valve stem to achieve quantitative adjustment. Butterfly valve has the characteristics of simple structure, good adjustment performance and easy maintenance. It is suitable for different fluid media such as gas and liquid.
In short, Cast Iron Valve, as a common valve type, plays an important role in various application scenarios. Understanding the characteristics and usage range of different types of Cast Iron Valve will help us choose the appropriate valve in actual applications and improve the stability and reliability of the body treatment system.
