We manufacture and supply superior quality medium wave infrared heater that consists of a helical wound resistance coil housed in a quartz tube. The quartz tubing is terminated with ceramic insulating caps, they are are tightly fastened to the quartz tube with high temperature cement that allows the quartz to breathe. Made of high quality material, these are superior in performance and offer long serving life.
| Glass tube | 99.9% pure fused silica quartz sealed |
| Filament material | Ni-Cr or Fe-Cr-A1 |
| Filament temperature | 800 – 950°C |
| Response time | > 1 min |
| Peak wavelength wide | 2.2-3.5um |
| Average working life | 20000 hours |
| Cross section | 10, 11, 12, 13, 14, 15, 18, 20, 23*11, 33*15 mm |
| Max unit power | 25w/cm |
| Available length | 100-6000mm |
| Operation orientation | horizontal only |
Different construction type for twin tube medium wave IR heaters.
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The wavelength of an infrared emitter has a major influence on the efficiency of a thermal process. The better the emitted wavelength fits the absorption spectrum of the material to be heated, the more efficient the process.
For instance, water absorbs best at about 3000 nm. Therefore, medium-wave and carbon medium wave infrared emitters are optimal to heat water and water-based coatings.
They are available in clear or opaque quartz tube with gold or ceramic reflective coatings that focus the emitted energy onto the substrate.
Typical Applications:
Infrared heating is a kind of radiation heating. It spreads by a kind of infrared radiation (light)-- infrared light from material in the form of molecular (atomic) resonance absorption, so as to achieve the purpose of heating. It can be applied in many fields such as the heating process of 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 forth.
Whether you’re manufacturing pressure sensitive adhesives, contact adhesives or some other type of adhesive, at some point it will need to be dried and cured. Infrared heat is an ideal way to dry adhesives because it provides a clean, quick, non-contact and responsive heat source that can be designed or adjusted for your exact needs.
No matter what material your screen printing on or how many color applications you need, infrared heat is the ideal heat to dry your screen printing for a variety of reasons, including:
IR heats only the surface, minimizing potential damage to your products. It can be targeted exactly.
Infrared heat is ‘instant on,’ reaching the desired temperature almost instantly. There’s no cool-down period either.
Infrared drying systems can be set up with both conveyor belts for mass production and for flash drying handling one unit at a time.
Infrared heat uses less energy than other heating methods.
Medium wave IR emitters are excellent for surface heating and for drying coatings paint, dyes, lacquers, adhesives and in the processing of plastic sheet and films. Because of their long life, medium wave quartz infrared heaters perform extremely well in continuous processes.
Medium wave infrared heaters produce infrared waves of around 2.6-3.5um and operate at 500 – 1,300C degree. Because of their long life, medium wave quartz infrared heaters perform extremely well in continuous processes. Also it is slower in response to changes in process requirement as compared to the short-wavelength lamps and are slower to heat up and cool down. Single tube IR lamps but with only one side connection lead wire.
Medium wave single tube infrared radiators are used in a wide range of industrial processes and offer a truly efficient and economical mode of heating. QUICKLY single tube medium wave IR emitters design with the gold reflector as standard, using high purity quartz, gives the user the best in infrared heating technology.
Because of their long life, medium wave quartz infrared heaters perform extremely well in continuous processes. Also it is slower in response to changes in process requirement as compared to the short-wavelength lamps and are slower to heat up and cool down.
Infrared heaters are matched to different requirements by the correct selection of wavelength. Short wave heaters offer excellent depth of penetration while medium wave heaters rapidly heat the surface and thin layers and feature very high absorption by water films.The better the emitted wavelength fits the absorption spectrum of the material to be heated, the more efficient the process.
Medium wave infrared heaters produce infrared waves of around 2.6-3.5um and operate at 500 – 1,300C degree. These wavelengths have lower frequencies, which are better absorbed by objects. Medium wave IR emitters are excellent for surface heating and for drying coatings paint, dyes, lacquers, adhesives and in the processing of plastic sheet and films. Because of their long life, medium wave quartz infrared heaters perform extremely well in continuous processes. Also it is slower in response to changes in process requirement as compared to the short-wavelength lamps and are slower to heat up and cool down.
Factory address: No.46, San Xing Road, Xin Qiao Industrial Park, Huai Nan City, Anhui ProvinceOffice address: Room No. 1809-1810, Building A, Wan Hao Square, Lu Yang District, Hefei City, Anhui Province, post code: 230001
+86 055165208999
quickly3@ir-heater.com
