Infrared systems for a wealth of industrial applications
There are a variety of thermal engineering applications in various non-categorizable manufacturing processes. In the variety of applications, the key is often in the customer-specific new development.
Here you will find an overview of different applications, which are processed by infrared heat.
These pages are currently under construction. In the future, you will receive detailed information on the various areas of application that we will gradually provide for you. You are welcome to contact us for more information about our products and the scope of application.
Polymers
Heating thermoplastics
For forming thermoplastics (thermoforming, plastic deep-drawing), the product must be heated to the respective glass transition temperature.
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Tempering thermosets
Annealing is the term used to describe the heat treatment of plastics to reduce mechanical stresses and the targeted modification of the microstructure.
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Laminating plastics
Application of decorative or functional foils under heat.
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Plastic welding
A thermal process for the material bonding of plastics.
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Shrinking plastics
Shrinkage of thermoplastics under the influence of heat.
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Composites
NEW: THT-Tailored Heating Technology
THT-Tailored Heating Technology for fibre-reinforced plastics.
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Heating organic sheets
Heating organic sheets for connected forming processes.
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Annealing of fibre-reinforced plastics
Annealing of fibre-reinforced plastics with thermoset matrix.
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Bonding
Bonding of composites.
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Technical ceramics
Debinding ceramics
Debinding removes the binders with their organic components from the green compact.
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Sintering ceramics
Sintering of ceramics, after debinding or shaping by means of additive manufacturing, pressing or casting.
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Drying of ceramics
Water components in semi-finished products or in surface coatings can be removed by means of drying.
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Heat treatment
Through heat treatment, the final properties of the component and surface, such as hardness, strength or conductivity, can be set.
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Metals
Metal debinding
Debinding of metals, after shaping by means of additive manufacturing, pressing or casting.
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Sintering metals
Sintering of metals, after debinding or shaping by additive manufacturing, pressing or casting.
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Hardening / Annealing
Hardening can be used to improve the mechanical resistance of metallic materials by selectively changing and transforming their microstructures.
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Vacuum and process gas brazing
Brazing processes place high demands on the furnace technology in order to guarantee the surface quality of the components to be joined.
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Ageing
Both materials and components are subject to accelerated ageing at the beginning of their life cycle. This initial ageing can be simulated in retort furnaces..
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Transformation processes
Thermal conversion processes
Processing and refining biomass into products that can be used for energy and/or materials, such as fuels.
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Pyrolysis
Thermal conversion process of organic compounds without oxygen.
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Hydrogen generation/production
Thermal conversion process for the production of hydrogen.
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Lacquer drying
Drying water-based lacquers
The drying of lacquers can be significantly accelerated by heat radiation/infrared.
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Evaporate solvent
The evaporation of solvents can be significantly accelerated by heat radiation/infrared radiation.
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Curing solvent lacquers
With infrared radiation, 2K lacquers can be forcibly cross-linked and even increase the hardness of the lacquer layer.
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Melting powder coatings
Infrared radiation can be used to anneal powder coatings without powder carry-over.
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Curing powder coatings
Infrared radiation can be used to bake powder coatings quickly and reliably and even increase hardness.
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Food
Ingolf Jaeger
Head of Sales
Dipl.-Ing. Mechanical Engineering
E-Mail: i.jaeger@ibt.de
Phone.: +49 (0) 3731 1683-15