This infrared semiconductor heating plate has completed the national patent-intensive product filing (filing No. 20263500001940.5). It uses glass-ceramic or special ceramic as the insulating substrate. A proprietary multicomponent doped tin-based oxide semiconductor precursor is precision-coated by two-fluid atomization pyrolysis. The assembly consists of an insulating substrate, electrothermal film, silver electrodes, insulating layer, terminals, and high-temperature-resistant leads. It is an all-inorganic, energy-saving infrared radiant heating element intended as an alternative to conventional FeCrAl and NiCr alloys, quartz heating tubes, graphene, and other traditional heating devices.
Infrared semiconductor heating plates
Infrared semiconductor plate-type electric heating elements (infrared semiconductor electric heating plates, infrared heating glass, heating glass)
This infrared semiconductor heating plate has completed the national patent-intensive product filing (filing No. 20263500001940.5). It uses glass-ceramic or special ceramic as the insulating substrate. A proprietary multicomponent doped tin-based oxide semiconductor precursor is precision-coated by two-fluid atomization pyrolysis. The assembly consists of an insulating substrate, electrothermal film, silver electrodes, insulating layer, terminals, and high-temperature-resistant leads. It is an all-inorganic, energy-saving infrared radiant heating element intended as an alternative to conventional FeCrAl and NiCr alloys, quartz heating tubes, graphene, and other traditional heating devices.
- Product form
- heating elements
- Application
- heating elements
- Price
- Quoted by specification
Product overview
Brochure product information
Product features
Features
- Electrothermal conversion efficiency of at least 98%; the listed data indicates 20%–35% energy savings compared with conventional heating components.
- Infrared radiant heating with no open flame or visible red glow, without consuming oxygen from the surrounding environment.
- Maximum temperature resistance up to 500°C, with a stable lattice structure and low long-term power attenuation.
- Compatible with AC and DC supplies from 7 V upward, including AC 120/220/230/240 V and 50/60 Hz international voltage standards＜5%.
- Suitable for industrial tunnel-oven drying, food baking and steaming, household heating equipment, electric griddles, and infrared heating equipment integration.
Brochure product information
Specifications
≤5%
DC/AC ≥7 V; AC 120/220/230/240 V, 50/60 Hz
≤1%
≤500°C
≥98%
Applications
Application
- heating elements
Brochure product information
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Infrared semiconductor heating plate
Industrial, food, household, and OEM heating
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