Performance of Silicon Carbide Heating Plate Various far-infrared radiation elements emit far-infrared electromagnetic waves during the heating process. After being absorbed by organic polymers and water molecules, they produce intense molecular and atomic resonance, causing the material to heat up and achieve rapid drying.
2. Far-infrared radiation drying technology is a unique new technology. Due to its significant energy savings, it has been widely used in various industries.
1. In industry, it is suitable for drying and baking in industries such as painting, textiles, plastics, leather, printing, chemical fibers, wood composite panels, papermaking, glass ceramics, electronics, electrical appliances, rubber, tea making, food, tobacco curing, paint baking, etc., as well as dehydration and fixation drying.
2. In agriculture, it can be used for rapid drying of grains, oilseeds, and fruit products, and also has a sterilizing effect.
3. In medicine, far-infrared radiation is used to treat arthritis and other conditions with good results.
3. Advantages of far-infrared drying technology:
1. Fast drying speed, high production efficiency, and shortened drying time.
2. Energy saving.
3. Low equipment investment, low construction cost, easy maintenance, compact device, and small footprint.
4. Improved product quality, high heat transfer efficiency, simultaneous absorption of far-infrared rays by the surface and interior of the material, uniform heating, firm paint coating, strong adhesion, bright appearance, and vivid colors
