Common problems of silicone rubber heater

- Dec 15, 2020-

Common problems of silicone rubber heater


1. Will the silicone rubber heating plate leak electricity, can it be waterproof?

The material used for the silicone rubber heating plate has good insulation properties, made of high temperature and high pressure. The heating wire is designed to have a creepage distance from the edge that meets the national standard. It has passed the high voltage and insulation resistance test, so there will be no leakage. , The material used has good abrasion resistance and corrosion resistance, and the part of the power cord has also been treated with special materials to prevent water from entering.


2.Does the silicone rubber heater consume a lot of electricity?

The silicone rubber heating plate generates heat in a planar shape, high heat transfer, and uniform heating, so it can reach the desired temperature in the shortest time, while the traditional electric heating element basically generates point heat, so the silicone rubber heating plate does not consume too much electricity.

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3. What are the installation methods of silicone rubber heaters?

There are two main ways to install. The first is the sticking type, where double-sided tape is pasted on the hot plate; the second is the mechanical type, where mounting holes are reserved on the hot plate.


4. What is the thickness of the silicone rubber heating sheet?

The common standard thickness is 1.5MM and 1.8MM. Can be customized according to customer requirements.


5. What is the maximum temperature that the silicone rubber heater can withstand?

Determined by the basic insulating material used in the silicone rubber heating plate, the silicone rubber heating plate can only withstand a high temperature of 250 degrees, and the maximum temperature during continuous operation is 200 degrees.


6. What is the power deviation of the silicone rubber heating plate?

Generally it is plus 5% and minus 10%, but most of it is plus or minus 8% at present, and special requirements can reach within 5%.