What factors affect the price of solenoid valve?
4 may also allow mixing multiple liquids or gases. The price of solenoid valve is partially determined by how many stores it has. The number of different uses and the type of application can also affect the price of solenoid valve, as well as the material from which the valve is made. How quickly the solenoid valve can move and the temperatures it can handle is also important price considerations.
The basic solenoid valve is two -way, which means it has output and input. Other solenoid valves, such as three -way and four -way, have multiple outlets, which means that the liquid can be distributed to several different areas at the same time. If the valve has multiple outlets, it generally increases the price of solenoid valve, because more materials are required to make the valve. Media, most often water, steam and oil. Some valves can handle only one medium, while others can handle a number of media at the same time without required any changes. If the valve can handle several media, then it usually affects the solenoid priceVarious valve.
almost all units of solenoid valves are made of metal, but several common metals are used. The three most common are brass, steel and aluminum. Steel is the cheapest and most difficult, but cannot be used for drinking water purposes; Brass is the most expensive but very softer; Aluminum is between two and good for cheap purposes when a softer material is required. Brass is considered to be the most sanitary and least likely to be carried into the liquid used, which is the brass most common metal used to produce a solenoid valve.
When using a solenoid valve, it must respond to pressure and other factors in order to determine WDE, water, steam or oil to go, or if the outlet should be closed. Some solenoid valves are made to do it very quickly while others work at slower speeds; Speed affects the price of solenoid valve. Another factor in the specifiedThe price of solenoid valve, especially in extremely hot or cold applications, is the temperature that the valve lasts. The normal temperature range is between 10 ° Fahrenheit and 260 ° Fahrenheit (12 ° Celsius to 126 ° C), but specialized valves can be made to handle higher or lower temperatures.