Kerone

Electric infrared processing systems are used for many applications such as heating, drying, curing, thermal-bonding, sintering, and sterilizing applications by manufacturing companies. Most common application of the electric infrared is in which only the surface of an object needs to be heated. Infrared is the part of the electromagnetic spectrum that falls between visible light and radio waves. Infrared wavelengths range from 0.8 to 10 microns. Infrared energy, can be transmitted, absorbed, and reflected, like light and this is possible only when the object being heated is in line-of-sight of the emitters and/or reflector. Few infrared systems designed for to cure coatings that are not in line of sight. A typical electric infrared  heating systems  will always consist of an emitter, a reflector system, and controls. Electric infrared systems are also consisting of a material handling system and a ventilation system. IR systems have capability to process (dry or cure) a product

Technology, market dynamic, need of processing, time to market and demand of end products are changing at very rapid rate across all verticals for business. Name a business it would see huge change in less than 2 – 5 years (for few its 1 year) this reduction in change cycle and evolving technological need to processing require you to be on the top with your processing requirements. But big question is that if you have installed a processing  heating/drying  unit today to improves its performance you cannot replace it frequently. We are trying to help you with some recommendations that may help you improving the performance of your existing infrared heating system, if not more but you can achieve 15% to 30% improvement: •  Add Reflectors:  IR work on principle of reflection, more the IR rays will collide with product/substrate under processing faster will be the process. Adding additional reflectors to sides and/or top and /or bottom of your IR oven will help you achieving more IR