Far Infrared Heating Plate

Far infrared heating plate adopts far infrared radiation heating technology, which is able to directly heat objects or the environment by emitting far infrared radiation. Its working principle is based on the principle of far infrared radiation heating, the wavelength of the radiation is generally between 8-14 microns.

Main features

1. Convenient operation:the structure of far infrared heating equipment is simple, easy to install, operate and maintain, just according to the raw material selection of the appropriate radiation element, and the design of the appropriate drying channel can be .

2. Improve the quality of products:far infrared rays have a certain penetrating ability, so that the internal and surface molecules of the material at the same time to absorb the radiation energy, resulting in a self-heating effect, so that the water and other solvent molecules evaporate, and the heat is uniform, to avoid the uneven heating due to heat expansion of the resulting deformation or quality changes.

3. Energy saving:far-infrared heater energy-saving principle is the curing coating formed in the radiating surface of the heater electric paint coating because of its high surface blackness, can absorb a large number of radiant heat energy, and because of its high emissivity, can be absorbed into the radiant heat absorbed object easily absorbed far-infrared heat energy in the form of electromagnetic wave transmission.

4. Warming fast, no bright light, high rate of heat radiation:graphene far infrared microcrystalline glass heating plate warming fast, no bright light, high rate of heat radiation, fast transfer speed, good heat preservation effect, large heating surface, graphene far infrared heating, heat conversion rate of 99%, energy saving and power saving at about 40%.

5. Material characteristics:far-infrared microcrystalline glass heating plate using microcrystalline glass material, with good heat conduction properties and high radiation efficiency, can be converted into far-infrared radiation energy, rapid heating of the surrounding environment.

6. Long service life:the normal service life is more than 10,000 hours.

7. Wide application:far infrared heating technology has been widely used in paint, plastics, food, pharmaceuticals, wood, leather, textiles, tea, tobacco and other products or materials, such as heating and melting, drying, shaping, consumption, curing and other processes.

Application fields

1. Industrial production:used in the production process for heating, drying, baking and other processes to improve production efficiency and reduce energy consumption.

   2. Healthcare:Far infrared rays are considered beneficial to the human body and can be used for physical therapy and promoting blood circulation.

3. Catering:Used in cooking equipment, such as electric ovens, electric grill pans, electric grills, etc.

4. Sauna and spa centers:to provide a warm and relaxing environment, sometimes also used for physical therapy.

5. Sterilization equipment:Far infrared rays have a certain bactericidal effect, and can be used in sterilization cabinets and other equipment.

6. Greenhouses and incubation chambers:used to maintain a constant temperature, suitable for the growth of plants and microorganisms.

7. Laboratory and scientific research:used in experimental processes that require precise temperature control.

8. Tobacco processing:used in the drying and processing of tobacco.

9. Food processing:used in the baking and drying process of food.

10. Wood and furniture industry:used in the drying of wood and furniture molding.

11. Plastic processing:used in heating and molding of plastics.

12. Automotive industry:for heating and molding of automotive components.

13. Electronic equipment:for the heating and drying process of certain electronic components.

How it works

Nanoscale materials are constructed onto an electrically insulating substrate to form a film layer of 1-20 microns with a certain conductivity. When energized, the nano-micro molecules are allowed to rub together, generating heat energy, which radiates far-infrared rays through the microcrystalline glass plate as a carrier, so that the radiated object reaches a rapid warming of a kind of energy-saving electric heating plate.

Installation and Maintenance

1. Installation:According to the requirements of the equipment, the far-infrared heating plate can be installed in the appropriate position by means of fixed bracket, hanging bracket and so on.

2. Maintenance:Clean the surface of the heating plate regularly to avoid the accumulation of dust and dirt affecting the heating effect. Check the power connection and the working condition of the heating element to ensure the safe operation of the equipment.

Precautions for safety

1. Temperature control:In the process of use, attention should be paid to controlling the temperature of the heating plate to avoid overheating leading to equipment damage or safety hazards.

2. Protective measures:Make sure the electrical connection of the heating plate is good, avoid contacting water source to prevent the risk of electric shock.