Technical characteristics of silicone rubber heaters

Silicone rubber heaters can be used under different environmental conditions based on teaching equipment, and are designed with different grades of high-temperature resistant stainless steel. Due to the high surface temperature of the pipes and the high requirements for thermal insulation and leakage current in the working state of enterprise products, a complete production and processing technology and pipe sealing treatment are needed to ensure their quality. The main characteristics of specific information technology are analyzed as follows:

1. The silicone rubber heater can eventually be used. Financial condition: air burning. The electric vehicle battery heater uses the thermal energy generated by the auxiliary heater to heat the battery pack, which does not consume battery power and therefore does not affect the power and range of the electric vehicle. At the same time, it can also ensure the heat required by the air conditioning system. The vehicle controller distributes heat by controlling the opening of each electronic control valve, and the control method is simple. The PI heating film adopts an improved PI film, which has better thermal conductivity and can be customized according to design requirements. It can meet different heating power and temperature requirements in different areas, achieving temperature distribution on the heating surface. The process control during the use of the insulation cover and its impact on the precision rolling process were analyzed. By statistically analyzing, categorizing, and organizing the on-site measured data of the hot rolling production line, the main reasons for the temperature drop of the strip on the intermediate roller conveyor were analyzed.

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3. Outer diameter of silicone rubber heater: 2.0 to 20.0 (millimeters).

4. Sealing style of silicone rubber heater: EPOXY (epoxy resin) silicone rubber heater sealing GLASS (glass) sealing.

5. Electrical performance of silicone rubber heater: insulation value greater than 10000m, leakage current less than 0.5 ma.

Electrical equipment with sparks, arcs, or hazardous temperatures during normal operation, as well as larger electrical equipment with a power greater than 250w or a current greater than 5a, may require electrical connection to the main body of the equipment through a junction box, which is a component specifically used to connect cables or wires to electrical equipment. At present, explosion-proof wiring is widely used in various types of explosion-proof electrical equipment. The inner wall of the junction box should be coated with arc resistant paint, and the explosion-proof joint surface between the junction box and the main chamber should be treated with rust prevention. The silicone rubber heater should be coated with rust proof oil, etc