In order for a product to be heated by infrared radiation, it must be able to absorb infrared energy. Substrates and coatings do not absorb all of the infrared energy emitted. A fraction of the energy is transferred through the product and a fraction is displayed. To increase the efficiency of the drying process, you have to worry about using as much transmitted and reflected energy as possible. Finally, the third thing you can do to increase the efficiency of infrared drying is to make sure that the entire mechanical system is effective, not just the infrared key. Infrared heaters are considered a necessary, but not the only part of the drying system.

Typically, infrared heaters are installed in an enclosure. As a consequence, designing a dryer with metal reflectors at the top, bottom, and sides of the product path has the ability to redirect energy back into the product so that more energy is used to heat the product. Perfectly separated oven housings, separated inlet doors, and insulation on the back of infrared heaters can still help reduce heat costs and address the infrared energy to the product. But these main mechanical components of the system have all chances to come up ordinary, they cannot be taken for granted. They have a great influence on increasing the drying capacity. industrial infrared heating systems

Apart from that, the basic configuration of the infrared dryer must be taken into account. Dryers have all chances to be installed horizontally, plumb, or in an arched configuration. For example, in applications that urge a lot of energy but have limited space, vertical systems with small prints have all the chances of being an effective drying technique. Multi-pass dryers have every chance of allowing you to pack even more energy in a limited space. The product has the ability to enter the twin-pass infrared dryer tower-like from below, take off on one tower and with the support of guides or drive rollers down into the second tower. This shape means that the moving material or picture is exposed to a few feet of heat on just a few feet of floor area. To make the luggage even hotter and quicker to dry, infrared heaters can be placed on both sides of the towers to provide heat immediately to both sides of the product. This is all the more effective for saturated nonwovens and fabrics or for removing residual moisture from cardboard fabrics, as opposed to products treated on one side only.