Here are some materials suitable for drying with medium-wave infrared heating lamps:
Textiles
Principle: Medium-wave Halogen Heating Lamp can quickly penetrate the surface of textiles, allowing the moisture inside the fibers to quickly absorb infrared energy and evaporate, thereby achieving rapid drying.
Advantages: Compared with traditional hot air drying and other methods, medium-wave infrared emitter drying can dry textiles more evenly, avoiding fiber damage caused by partial undrying or overdrying, and helping to maintain the softness and color of textiles.
Ink and coating
Principle: The solvent components in inks and coatings evaporate rapidly after absorbing medium-wave Halogen IR Heat Lamp, and the heat causes the resin and other film-forming materials to cure rapidly, accelerating the drying and film formation speed.
Advantages: It can greatly shorten the drying time, improve production efficiency, and enable inks and coatings to form a more uniform and smooth film layer, improve the quality of printed products and coatings, and reduce problems such as poor leveling and uneven color that may occur due to slow drying.
Plastic film
Principle: Medium-wave Quartz Infrared Halogen Lamp can penetrate plastic film, causing the moisture and residual solvent in the film to evaporate quickly, while heating the film itself to achieve the desired dry state.
Advantages: This drying method is energy-efficient and can dry the film in a short time without significantly affecting the physical properties and appearance of the film, which helps to improve the production quality and efficiency of the film.
Paper
Principle: The moisture in the paper absorbs the energy of medium-wave infrared rays and converts them into heat energy, accelerating the evaporation of moisture, thereby drying the paper.
Advantages: Medium-wave halogen infrared heat tube drying can accurately control the degree of drying of the paper, avoid problems such as paper becoming brittle due to excessive drying or warping due to uneven drying, and ensure the flatness and quality of the paper. It is of great significance for some printing, packaging and other industries that have high requirements for paper quality.
Wood
Principle: Medium-wave infrared halogen heating tube emitters can penetrate deep into the wood, causing the moisture in the wood to evaporate by heat. At the same time, components such as cellulose in the wood will also absorb heat, which helps to improve the physical properties of the wood.
Advantages: Compared with traditional natural drying or hot air drying, medium-wave infrared heating halogen lamp is faster, which can effectively shorten the drying cycle of wood and improve production efficiency. It can also kill pests and pathogens in the wood to a certain extent, improving the durability and stability of the wood.
Food
Principle: The moisture in the food is quickly vaporized under the action of medium-wave Infrared Heating Tube IR Tungsten Halogen Lamp, thereby achieving the purpose of drying.
Advantages: Medium-wave ir heating bulb can quickly remove moisture from food at a lower temperature, retaining the nutritional components, color and taste of the food to the greatest extent, while also having the effect of sterilization and disinfection, extending the shelf life of the food.
