Precautions for operating composite silicone heater:
1. When using a composite silicone heater to heat ambient air, it is important to pay attention to the uniform distribution and arrangement of the composite silicone heater. The advantage of doing so is to ensure that the composite silicone heater has sufficient and uniform heat dissipation and space, and to ensure the fluidity of the air as much as possible, thereby improving the heating efficiency of the composite silicone heater.
2. When using a composite silicone heater to heat liquids or metal solids, it should be noted that the composite silicone heater must be completely placed in the heated object and should not be burned empty. After using the composite silicone heater, if there is oxide scale or carbon on the shell, it should be removed in a timely manner to avoid affecting the heat dissipation performance and service life of the composite silicone heater.
3. The gaps inside the composite silicone heater are filled with magnesium oxide. The magnesium oxide at the outlet of the composite silicone heater is prone to contamination due to the infiltration of impurities and water. Therefore, attention should be paid to the status of the outlet end of the composite silicone heater during operation to avoid leakage accidents.
4. Composite silicone heater is used to heat easily melted metals or solid nitro, paraffin, asphalt and other substances. Firstly, the heating material is melted, and the external voltage of the composite silicone heater can be reduced. After melting is completed, it can be restored to the rated voltage. In addition, when using a composite silicone heater to heat nitrates and other explosive substances, safety measures should be fully considered.
5. The storage location of the composite silicone heater should be kept dry and have appropriate insulation resistance.
Precautions for the use and storage of composite silicone heaters:
1. Composite silicone heaters should be positioned and fixed in the market, and effective control of the heating area can be achieved by fully immersing them in liquid or metal solids. Empty burning is strictly prohibited. When scale or carbon deposits are found on the surface of the pipe, they should be promptly removed before use to avoid affecting heat dissipation and shortening the lifespan of our network.
2. When heating molten metals or solid nitrates, alkalis, asphalt, paraffin, etc., the operating voltage should be reduced first, and the rated voltage can only be increased after the medium melts.
3. When heating air, the components should be evenly arranged to provide good cooling conditions, so that the flowing air can be fully heated.