Do you know the development characteristics of heating plates?

Silicone rubber heating tape is a type of lithium battery heating device that wraps resistance heating wires around mica plates. Lithium battery heaters have basic functions, such as heating, constant temperature, and temperature control. 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 oil drum heating belt adopts the soft and bendable characteristics of a silicone heating plate. Metal buckles are riveted on both sides of the heating plate with reserved holes, and spring buckles are used to fasten to the barrel, pipeline, and tank body. Easy and fast installation. It can make the silicone rubber heating plate use the tension of the spring to tightly adhere to the heated part, heating quickly and with high thermal efficiency.

Heating element characteristics:

1. It saves costs, has a long lifespan, and does not require specialized temperature controllers or temperature sensors such as thermal resistance thermocouples to control the heating of the heater. Its temperature adjustment depends on its own material characteristics, so the service life of this product is much longer than other heaters.

2. Safety, Green, and Environmental Protection. The design of the heater body is Duo Geng, with a heating temperature below 200 ℃. Under any circumstances, the body will not turn red and there is a protective isolation layer. In any application, cooling treatment does not require asbestos and other insulation materials. Safe to use, there is no risk of scalding or causing fire.

Figure 3. Compared with resistance wire heaters, silicone rubber heaters rely on the characteristics of the material itself to adjust their thermal power output according to changes in environmental temperature, which can greatly reduce the electrical energy consumption of the heater. At the same time, the high heating efficiency of the material also greatly improves the utilization efficiency of electrical energy.