Useful Infrared Heating Technology Series: Types of Infrared Heaters and How to Choose Them
A book that helps you understand infrared heaters suitable for your company's heating and drying processes! A technical document that carefully explains the differences between types of infrared heaters and how to choose them!
The "Infrared Heating Technology Series" is a series of technical documents related to infrared technology, published by Excelsius Noble Light Japan (formerly Heraeus Noblelight), which deals with industrial special light sources covering the wavelength range from vacuum ultraviolet to medium-wavelength infrared. It explains various types of heating. There are many types of industrial infrared heaters, but their varieties and differences are surprisingly not well known, and many people seem to think that any infrared heater is the same! This document carefully explains the types, differences, and characteristics of infrared heaters, providing useful information to consider when selecting an infrared heater. [Contents (excerpt)] ■ Are all infrared heaters the same? ■ What kind of infrared heater is suitable for your heating and drying process? *For more details, please refer to the PDF document or feel free to contact us.
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Model number/Brand name
Noble Light
Applications/Examples of results
■Thermal welding of plastics ■Heating of plastics (resins) ■Embossing and laminating of films and sheets ■Heating and drying of building materials and interior materials such as interior finishes ■Preheating of glass before reheat forming ■Heating and drying of textiles and non-woven fabrics ■Drying of coatings for water-based paints and powder coatings ■Drying of powder coatings for metal products ■Drying of printing inks such as inkjet and flexo ■High-temperature and high-speed heating of metal ingots, sheets, etc. ■High-speed heating of aluminum alloys, hot stamping, semi-solid die casting, etc. ■Preheating of powder materials for 3D printing before sintering ■Preheating of molds, etc. ■Preheating of carbon fiber reinforced plastics (CFPR) before molding ■Drying and sintering of metal inks for printed electronics ■Freeze prevention in power plants, etc. ■Formation of plastic blisters, sealing bags for blood and infusions, drying and printing of syringes ■Wrinkle removal, thermal welding, activation of adhesives, molding, etc. in the automotive field ■Browning of vegetables, meat, sweets, chocolate, bread, etc., and mold prevention measures in the food sector, among others.
