Heraeus Infrared Emitters For Industrial Processes

Weiss Technik supplies Excelitas Noblelight Infrared Emitters, making industrial heat processes faster, more energy-efficient, space-saving and quality-orientated. Infrared radiant heat is very efficient and only has minor losses due to heat transfer, ensuring thermal applications in production and research can be accelerated. 

Applications are for example:

• Deburring of plastic products
• Drying and curing of coatings
• Molding, embossing, laminating
• Drying and sintering of printed electronics

The infrared emitters are made of high-quality quartz tubes and can be equipped with a gold reflector or a QRC® reflector (quartz reflective coating) for highest efficiency.

Quartz glass infrared emitters are more efficient than other heating sources, such as warm air, steam, gas or metal emitters, as they transfer large amounts of energy at a much faster rate. This also means less energy is consumed when using them, resulting in a smaller carbon footprint.

The emitters are available as short-wave, medium-wave and fast medium-wave infrared emitters. Therefore, the optimal wave length can be chosen for the material to be heated. Dimensions and filaments are custom-made for your heating process. Infrared Emitters produce different levels of radiation depending on their wavelength, so it is essential that the correct emitter is used for the product as the wavelength will determine the heating process.

The infrared emitters are also available for special geometries, e.g. omega-shaped, in order to heat edges, corners, rims and small surfaces.

Your advantages:

• Saving space as there is neither contact nor an intermediate medium required
• Reduced process times due to the short reaction time of the infrared emitters
• Saving energy because of the targeted use of warmth

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