fast medium wave infrared emitters with gold coating for glass cutting

Fast response medium wave infrared emitters are heaters that fall between the short and standard medium-wave. Utilizing the best of both wavelength. Response times as fast as short wave, with a maximum power output of 120 kW/m2 and lengths up to 4 meters. The heaters is suitable for drying processes because of transferring heat at a medium wave spectrum (2-4micron) .

Fast response medium wave infrared emitters have same product processing as short wave infrared lamps, made up from coiled tungsten filament and surrounded by a quartz glass and kinds of halogen gas. It belongs to vacuum lamp. It can be made into single round tube and twin tubes based on the working situation.

Fast Medium Wave Infrared Heating Lamp is mainly used in the longitudinal stretching process section in BOPET film production.In order to achieve the high light transmittance and the process requirements of raising the temperature to 100℃ within 5s,fast medium wave infrared emitters are best choice as its fall between the short and standard medium-wave. Utilizing the best of both wavelength. Response times as fast as short wave, with a maximum power output of 120 kW/m2 and lengths up to 4 meters.

Fast medium wave infrared heaters can design twin tube IR emitters with different filament configurations.The Max. length is up to 4.0 meters and all heating lamp can be switched on and off within few seconds, converting more than 85% of input power into infrared heat.Quickly support quartz tube infrared lamp for different applications such as industry coating, plastic forming, automotive industry, glass making, spinning, solar PV, food baking, drying of printing inks, quick drying of primer and paint on furniture, printed circuit, and so on

Short-Wave Infrared emitters produce infrared waves of around 0.75 – 1.4 microns in wavelength and operate at high temperatures above 1,300 – 2,6000C. Since these wavelengths have higher frequencies, they tend to be more transmissive and reflective.The high efficiency of this technique, however, not only follows from the absorption properties of the materials to be heated, but also in conjunction with the atmosphere.

Our Infrared Heating Lamp can help you create virtually seamless joints for virtually any application, including: wearables, smart textiles, earbuds, cameras, speaker boxes, cellphones and accessories, tablets, ink and toner cartridges, medical devices and instruments and more. Our process uses no adhesives, so you get a clean, reliable join in seconds, lowering manufacturing costs while accelerating production. Advantages with infrared welding: 1.Contactless heat transmission, no material adheres to the heat source 2.Infrared emitters heat the surface of plastics within seconds 3.Infrared preheating element can be precisely shaped to follow edges, rims and contours and heat these areas specifically 4.Infrared heating lamp heat selectively and reproducibly, which allows automation of the processes

Twin tube IR emitter is made up of 8-shape high-purity clear quartz twin tube, each tube has Heating Coil of Tungsten material which runs in U shape in the tube which is filled with halogen gas.Power Density up to 150KW/m2 is achieved. Heating up and cooling down time is approximately one second. There are two standard sizes 11 mm x 23 mm and 15 mm x 33 mm in cross section for twin tube short wave IR radiators, and the maximum length available is 4000 mm

Short wave IR emitters deliver large amounts of infrared radiation energy very quickly and instantaneously. Infrared radiation penetrates into the substrate with high efficacy compared to others modes of heating. Short wave IR heating elements has several advantages over other forms of heating including substantial power savings, high efficiency of heat delivery, compact installation and low level risk of fire hazards.