Carbon fiber infrared heating lamps are widely used in the industrial field. Here are some common applications:
- Plastic industry
Plastic thermoforming: In the process of plastic thermoforming, it can be smoothly formed in the mold, improving production efficiency and product quality.
Plastic drying: used to dry wet plastic particles or plastic products, which can quickly remove moisture and prevent defects such as bubbles and cracks in the plastic during processing, ensuring the performance and appearance of the product.
Plastic welding: The surface of the plastic parts is melted by heating, and then welding is achieved under pressure. It can be used to manufacture plastic pipes, plastic containers and other products, with high welding strength and good sealing.
- Glass industry
Glass annealing: Carbon fiber quartz halogen infrared heat lamps can provide uniform heat to slowly cool down glass products, thereby effectively eliminating internal stress and improving the strength and stability of glass.
Glass coating drying: After applying various functional coatings on the glass surface, using carbon fiber quartz halogen infrared heater emitters can quickly dry the coating, shorten the production cycle, enhance the bonding between the coating and the glass surface, and improve the quality and durability of the coating.
Glass hot bending: Heat the glass to its softening point and then bend it into the desired shape in the mold. Carbon fiber quartz halogen shortwave infrared emitter can accurately control the heating temperature and time to ensure the accuracy and quality of glass hot bending. It can be used to manufacture automotive windshields, building glass curtain walls and other products.
- Printing industry
Ink drying: During the printing process, carbon fiber Quartz Heat Replacement Bulbs can quickly dry ink, improve printing speed and production efficiency, reduce ink volatilization and pollution, and ensure the color vividness and clarity of printed products.
Paper drying: For paper with high water content, using carbon fiber infrared heating lamps for drying before or during printing can avoid paper deformation, wrinkling and other problems, and improve printing quality.
Printing equipment preheating: Before starting the printing equipment, using carbon fiber quartz heater bulbs heat lamps for sale to preheat the printing rollers, ink rollers and other components can enable the equipment to quickly reach the best working state and reduce the equipment startup time and energy consumption.
- Food Industry
Food drying: used to dry various foods, such as fruits, vegetables, meat, fish, etc., can remove moisture from food in a short time, retain the nutrients and flavor of food, and extend the shelf life of food.
Food heating: can be used for food heating treatment, such as heating and heat preservation of baked foods such as bread and cakes, as well as fast heating of fast food, to ensure the taste and quality of food.
Food packaging material molding: in the production process of food packaging materials, such as plastic film, aluminum foil, etc., carbon fiber quartz heater infrared heating element can provide efficient heating methods to ensure the quality and performance of packaging materials.
- Automobile industry
Automobile paint: in automobiles During the painting process, carbon fiber quartz heater replacement lamps can be used for the paint baking operation of the car body, quickly solidify the car paint, improve production efficiency and paint film quality, and make the car paint have better gloss and wear resistance.
Automotive parts heating: used for heating during the production and maintenance of automotive parts, such as the installation of sealing strips, heat shrinkage of wiring harnesses, welding of plastic parts, etc., which can improve the assembly quality and reliability of parts.
Sunlight simulation environment chamber: During the development and testing of automobiles, carbon fiber Quartz Heating Bulbs can be used to simulate sunlight exposure conditions, perform aging tests and performance tests on automotive interior and exterior materials, and provide a basis for automobile design and quality control.
- Photovoltaic industry
Battery silicon wafer welding: In the production process of photovoltaic cells, carbon fiber quartz heating element replacements can be used for silicon wafer welding, accurately controlling welding temperature and time, improving welding quality and battery conversion efficiency.
Matrix drying: Drying the matrix material of photovoltaic cells to remove moisture and impurities, ensure the performance and stability of the matrix, and provide a good foundation for subsequent battery manufacturing processes.
Spray preheating: Before spraying on the surface of photovoltaic cells, use carbon fiber Quartz Heating Lamp infrared emitters to preheat the surface of the cell, which can improve the adhesion and uniformity of the coating, and enhance the corrosion resistance and photoelectric conversion performance of the cell.
- Rubber industry
Rubber surface modification: Through infrared Heating causes chemical reactions on the rubber surface, improving the surface properties of the rubber, such as improving the wear resistance, corrosion resistance, adhesion, etc. of the rubber, and broadening the application range of rubber products.
Rubber softening: In the processing of rubber products, such as rubber mixing and molding, carbon fiber replacement infrared halogen lamps can be used to soften rubber, reduce the hardness and viscosity of rubber, facilitate processing operations, and improve production efficiency and product quality.
Rubber molding: Heating and molding rubber products, such as manufacturing rubber tires and rubber seals, can ensure the dimensional accuracy and performance requirements of rubber products, and improve the qualified rate and service life of products.
- Furniture industry
Paint drying: In furniture production, it is used for the rapid drying of water-based/oil-based paints and paints, which can accelerate the drying and curing process of the paint, improve production efficiency, reduce the pollution of impurities such as dust on the coating, and make the coating on the surface of the furniture smoother, flatter and more beautiful.
Wood drying: Drying the wood can effectively reduce the moisture content of the wood, prevent the wood from deformation and cracking during use, improve the stability and processing performance of the wood, and ensure the quality and service life of the furniture.
Veneer material heating: In furniture veneer processes, such as veneer and stickers, carbon fiber quartz infrared far infrared heating elements can heat the veneer material and the substrate, allowing the veneer material to fit better on the substrate and improve the firmness and flatness of the veneer.
