halogen lamps infrared heating module systems with water cooling system

Each infrared lamp bead can be controlled by the single-chip microcomputer to control its power output, so that the temperature of each area is close to same, and the temperature error can be ±1 °C, which greatly improves the quality of the product.

Anhui Quickly's infrared modules are the ideal solution for the application of infrared heat technology. They save the user design costs and time and are substantially less expensive than the complete infrared systems.

Quartz tube infrared heater lamp are sold as individual heat sources or wired together in multiple emitter cassettes also known as IR Modules. QUICKLY focuses on custom infrared solutions, but we have also developed a series of IR heating system.

Fast Infrared paint quick drying curing system for cables production process, realizing 30% energy saving, at the same time, it improves the quality of the product.

Anhui Quickly infrared modules are extremely flexible and can be retrofitted into your existing systems as modules.  

Ruby IR lamps provide warmth without glare. They are ideal for people heating, as well as animal husbandry and paint drying. They are available as slim or jacketed types.

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

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.