Fire prevention of silicone rubber heating belt equipment

Lithium ion battery heaters are commonly used teaching equipment in work and daily life, such as electric stoves, soldering irons, irons, heaters, and ovens, all of which belong to silicone rubber heating belt agricultural equipment. New energy vehicle battery heater solves the heating system solution for low-temperature environment charging of power batteries: The silicone heating system is a thin and pure resistive heating element, which is very soft and has a thickness of 1.5mm. The silicone rubber heater is mainly composed of nickel chromium alloy heating wire and silicone rubber high-temperature insulation layer. The high-temperature insulation layer of silicone rubber is a thin sheet (with a standard thickness of 1.5mm) composed of silicone rubber and glass fiber cloth, and the silicone rubber heater has good flexibility. 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. The resistance wire of the lithium battery heater is made of nickel and chromium alloy materials, and the temperature can reach over 800 ℃. Due to the high power capacity of lithium battery heaters in China, if users ignore student safety, fires may occur at any time during learning. The causes of major fires in the structure of lithium battery heaters include:

The lithium battery heater is not equipped with a plug, and the wire plug is directly inserted into the socket, which can easily cause a short circuit and fire.

Thirdly, combustible materials on the electric lithium battery heater or placed near flammable materials can cause a fire during prolonged high-temperature baking.

Fourthly, continuing to learn and use the resistance wire after multiple repairs can cause overloading of the circuit and trigger social fires. Therefore, during use, flammable and explosive materials should not be placed near larger lithium battery heaters, and it is necessary to maintain a safe working distance for the enterprise. The lithium battery heater system may need to be developed and placed on a non conductive and non combustible material base;

The safe cut-off flow rate of lithium battery heating wire must meet the capacity requirements of lithium battery heaters, and industrial lithium battery heaters can be equipped with separate circuits in any case. The wire may be equipped with a plug, and the end of the wire shall not be directly inserted into the socket; The aging and damage of the lead wire of the lithium battery heater should be replaced in a timely manner. Lithium battery heaters without fuses in the circuit should not be used; When using a lithium battery heater, it is important to have someone watching over it and unplug it when leaving. If there is a power outage during use, unplug it in a timely manner and don't forget. For resistance wires that have been repaired multiple times, it is better to stop using them and replace them with new ones. Flammable and explosive materials are prohibited from being dried with lithium battery heaters; The electric oven should be equipped with a temperature control device to prevent excessive temperature and baking time.