Presenting the materials! A complete guidebook to read when you need an infrared heater.
If you are involved in the heating and drying process, please take a look! By reading this, you will understand the types and selection of infrared heaters that you will need. Latest technology materials available.
Infrared heaters are widely adopted in various fields within the industrial sector. For example, in the automotive industry, they are said to be used in over 200 production processes. They have become indispensable for heating and drying processes on the manufacturing floor. Although referred to as infrared heaters, there are various heating methods and types. Therefore, when heating and drying are required, it is important to understand what methods are available, the differences based on the type of heat source, and what kind of heater is suitable for your company's processes. [Content Overview (Partial)] - Types of heating - Types and differences of infrared heaters - Infrared heaters suitable for your company's processes, etc.
basic information
This document is a guidebook for the following audiences: ■ Engineers who are already using infrared heaters ■ Engineers who are considering heating and drying processes ■ Engineers who are already in the consideration stage It provides a comprehensive explanation to deepen your understanding of infrared heaters. Please make use of it.
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Model number/Brand name
Excellitus Noble Light
Applications/Examples of results
■Plastic thermal welding ■Heating of plastics (resins) ■Embossing and laminating of films and sheets ■Heating and drying of building materials and interior materials ■Preheating of glass for reheat forming ■Heating and drying of textiles and non-woven fabrics ■Coating drying of water-based paints and powder coatings ■Drying of powder coatings on metal products ■Drying of printing inks such as inkjet and flexo ■High-temperature, high-speed heating of metal ingots and sheets ■High-speed heating of aluminum alloys, hot stamping, and semi-solid die casting ■Preheating before sintering of powder materials for 3D printing ■High-output preheating of heavy objects such as molds ■Preliminary heating of carbon fiber reinforced plastics (CFPR) before molding ■Drying and sintering of metal inks for printed electronics ■Freeze prevention ■Medical field (formation of plastic blisters, sealing bags for blood and infusions, drying and printing of syringes, etc.) ■Automotive field (wrinkle removal, thermal welding, activation of adhesives, preheating before molding, etc.) ■Converting field and more.
