Industrial heating, laboratory equipment, electronic products, household appliances, etc. They are commonly used in equipment such as heating circuit boards, incubators, insulated boxes, and drying ovens.
Mica heating plates generate heat through the principle of resistance heating when an electric current passes through it. They consist of mica sheets as the substrate, coated with conductive materials such as metal foil or conductive paste. When current passes through the conductive layer, Joule heating is generated, thus heating the plate.
Mica heating plates offer several advantages. They typically have high temperature resistance, able to withstand high temperatures without damage. Mica itself is a good insulator, thus the heating plates also possess good electrical insulation properties. Furthermore, mica heating plates have a low coefficient of thermal expansion, maintaining relative stability with temperature variations.
Mica heating plates can be customized in different shapes, sizes, and power ratings to meet specific application requirements. This allows them to adapt to various special design needs.
