The heater flange adopts the flange sealing form, which is characterized by high flange sealing strength, good matching, excellent sealing and simple installation. The greater the power, the higher the requirements for stability. The heater flange uses the highest quality raw materials and is manufactured with standardized processes to ensure product stability and safety.
The heater flange adopts the flange sealing form, which is characterized by high flange sealing strength, good matching, excellent sealing and simple installation. The greater the power, the higher the requirements for stability. The heater flange uses the highest quality raw materials and is manufactured with standardized processes to ensure product stability and safety.
The heater flange can be used in different applications. In order to meet the heating requirements of a specific application and operate safely in the environment where the heater is running, multiple factors should be considered in the design of the heater flange. Here are some criteria that should be considered:
1. Rated pressure and material of flange/plug
2. The sheath material of the tubular element. (The type of sheath material of the tubular heater depends on the working temperature of the heater and the corrosiveness of the medium in the medium.)
3. Power density, flow rate, outlet temperature. (The power density distribution on the surface of the heater flange is important for two reasons. First, it determines the temperature that the heating element sheath will reach under the conditions the heater is exposed to. The second reason is that each material There is a specific maximum watt density, which can be tolerated during the heating cycle.)
4. Liquid level to ensure that the heating zone of the immersion heater is immersed in the liquid.
