Ceramic Infrared Heater

Product structure :Ceramic Infrared Heater
Ceramic far infrared radiation heater, using glaze layer with high radiation rate, ceramic with good thermal shock resistance as the matrix, built-in high-quality nickel chromium alloy wire, calcined in the high temperature furnace of more than 1000 degrees, can radiate the long-term infrared ray of 2-10 micron wave beneficial to human body.

Product performance :Ceramic Infrared Heater
1, Good chemical stability, strong oxidation resistance, high corrosion resistance;
2. Small heat loss on non-radiant surface and energy saving;
3. Heat the substrate (without glaze) to 800℃ and place it in cold water for dozens of times without cracking;
4. Radiant element (finished product) is heated to rated power through power, and it is immersed in cold water for 40 times without loss.
5. Element emissivity is greater than 0.9;

Product use :Ceramic Infrared Heater
1. Metal coating industry: bicycle, sewing machine, automobile, locomotive, Angle iron, metal chair, aluminum alloy ring, car toys, air compressor, home machinery coating, refrigerator, cold air shell coating, metal heat treatment drying.
2. Wood painting industry: painting of furniture, guitar, plywood, lacquer and toys.
3. Plastic coating industry: low temperature coating on the shell of TV and radio.
4. Electroplating industry: dry aluminum Windows and electronic parts after electroplating.
5, Wire and cable industry: insulation fan li water drying and insulation rubber or PVC heating.
6, Food industry: cake, squid, bean peel processing, canned radiation heat treatment, biscuits, rice fruit baking.
7. Packaging industry: PVC shrinkage, PVC, PSP vacuum molding.
8, Plastic industry: rubber softening, embossing, preheating, foaming, tape, release, rod FRP treatment, etc.
9, Dyeing and finishing fiber industry: non-woven fabric drying and finalize the design, printing fabric drying, carpet backing glue, cloth after dyeing and finishing finalize the design, fabric paste, dyeing and drying.
10, Paper industry: paper box folding edge paste drying, glassware printing drying.
11. Glass industry: coating and drying of image tube, printing and drying of glass appliances.
12, Electronics industry: PC circuit board, aluminum board, resistance parts, etc. Processing, plate printing, thick film IC resistance coating drying.
13. Footwear industry: glue drying and sulfur setting for rubber shoes and leather shoes.
14, Pharmaceutical industry, canned goods: 250℃ high temperature sterilization.
15. Household appliances: electric heaters, electric ovens, clothes dryers, three warm projects, etc.
Our ceramic far infrared radiation heater, complete specifications, can also be customized according to customer needs.

The performance parameters :Ceramic Infrared Heater
How to ceramic heater pros and cons, the following several methods can let us make a preliminary judgment.
Note: the heater has the same size, voltage and power
1. Surface average power density
The higher the surface average power density can be achieved, the better the performance of the heater.
2. The temperature
The higher the temperature, the better the temperature resistance, so the longer the service life at the same temperature.
3. The weight
Ceramic heaters of the same type are generally lighter in weight and more efficient in heating.
4. Liter cooling performance
The faster the rise and fall, the better the heater performance.
5. Service life
The service life is an important index of heater performance parameters. The longer the service life is, the better the performance is.
6. Energy saving effect
Obviously, the better the energy saving effect, the better the heater performance.
7. Uniformity of heating
The more uniform the heating temperature on the surface of heater, the better its performance.Ceramic Infrared Heater

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