Vet du vilka utvecklingsegenskaper som uppnås genom uppvärmningsark?

Silicone rubber heating belt is a lithium battery heating device that wraps the resistance heating wire on the mica board (mica board). The lithium battery heater has the most basic functions, such as heating, constant temperature, and temperature control. The electric vehicle battery heater uses the heat energy generated by the auxiliary heater to heat the battery pack, which will not consume the battery power, so it will not affect the power and cruising 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 electric control valve, and the control method is simple. The oil drum heating belt adopts the soft and bendable characteristics of the silicone heating plate. The metal buckles are riveted on the reserved holes on both sides of the heating plate, and the spring buckles are buckled on the barrel, pipe, and tank. Easy and quick installation. The silicone rubber heating plate can be made to adhere to the heated part by the tension of the spring, heating quickly, and high thermal efficiency.

Funktioner i uppvärmningsarket:

1. Save cost and have a long life. It does not require a special thermostat and temperature sensors such as thermal resistance thermocouples to control the heating of the heater. Its temperature regulation depends on its own material properties, so the service life of this product is much longer than other heaters.

2 Safe, green and environmentally friendly. The heater body is designed to be more flexible, with a heating temperature below 200℃. In any case, the body will not turn red and has a protective isolation layer. In any application, the cooling process does not require asbestos and other insulation materials. It is safe to use and there is no problem of scalding the human kropp och orsakar eld .

Figure 3. Compared with the resistance wire heater, the silicone rubber heater relies on the characteristics of the material itself to adjust its thermal power output according to the change of ambient temperature, thereby greatly reducing the electric energy consumption of the heater. At the same time, the high heating efficiency of the material also greatly improves the utilization efficiency of electric energy.