Is Silica Gel Pot Cover Toxic?

2021-05-20 1292

Many friends have asked me what information the silica gel pot cover is and whether it is poisonous. For this reason, I specially sorted out a part of today, the silica gel pot cover products from the original materials into the factory to the product shipment do not occur any toxic and harmful substances, silica gel pot cover is a non-toxic environmental protection products. Now the silica gel pot cover is non-toxic and environmentally friendly. You can use it safely.

Easy to clean: The product of the silica gel pot cover produced by the silica gel pot cover can be recovered and cleaned after being washed with clean water, and can also be cleaned in the dishwasher.

Long life: The chemical function of the cover material of the silica gel pot is very stable, and the products made have longer life than other materials.

Soft and comfortable: Thanks to the softness of the silica gel pot cover material, the cake mold products feel comfortable, very flexible and do not deform.

Various colors: according to the needs of customers, different beautiful colors can be deployed.

Silicone lid

Environmental protection is non-toxic: no toxic and harmful substances occur from the entry of raw materials to the shipment of products.

Electrical Insulation Function: Silicone rubber has high resistivity, and its resistance can remain stable in a wide range of temperature and frequency scales. A silica gel pot cover has good resistance to high voltage corona discharge and arc discharge, such as high voltage insulators, high voltage caps of TV sets, electrical components, etc.

Low Temperature Resistance: Generally speaking, the critical point of the lowest service temperature of rubber is - 20 degrees to - 30 degrees. However, silicone rubber still has good elasticity from - 60 degrees to - 70 degrees. Some special formulations of silicone rubber can also withstand extremely low temperature, such as cryogenic sealing rings.

Conductivity: Silicone rubber has excellent conductive function when it participates in conductive fillers (such as carbon black), such as conductive contact points of keyboard, electrothermal components, antistatic components, shielding for high voltage cables, conductive film for medical physiotherapy, etc.

Weather resistance: Generally rubber degrades rapidly under ozone effect caused by corona discharge, while silicone rubber is not affected by ozone, and its physical function has only slight changes under ultraviolet radiation and other climatic conditions for a long time, such as sealing data used in the field.

Thermal conductivity: When participated in some thermal conductive fillers, silicone rubber has outstanding thermal conductivity functions, such as heat sinks, thermal conductive gaskets, photocopiers, thermal conductive rolls of fax machines, etc.