Industrial Infrared Heating Solutions

Home Heating Solutions

For specialist applications and materials testing, Ceramicx has the in-house capabilities to build custom-designed industrial infrared ovens and heating solutions to almost any design and specification.

Drawing on a wealth of in-house knowledge and experience in application engineering and heatwork development, each oven is built to precise customer requirements. Each oven or system can be produced to sit within any existing frameworks or as complete, standalone systems capable of integrating into other machinery.

The choice of short, medium, or long wavelengths for any custom oven or heating system will be dependant on your chosen application process. The installed power is always specified to our rule of ‘as much as necessary, as little as possible’.

We also keep the entire infrared process under one roof. That way, we’re able to give you an end to end service that takes care of your own unique oven, from modular, precision solutions to custom-built, high temperature ovens for specialist testing.

These case studies are examples of what we have done in the past to give you a better idea of what we can do for you. See our Infrared Solutions Case Studies Guide also.

Composite Pre-Heat Oven

A UK based company specialising in the coating and laminating of complex textiles, and cutting of carbon composite materials, had issues with processing their materials which due to their nature needed very accurate control.

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Infrared Heating Panel Replacement Oven

We proposed two designs to the company. One with ceramic elements and one with quartz elements. The customer decided to go with the option of using our full quartz element heaters, to best match the previous panels in power and size.

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Inline Material Processing Oven

The infrared oven was designed with 4 zones evenly spread throughout which allowed the heat to be evenly spread throughout the material giving an end result of a high quality material finish. Each zone was capable of being controlled to within 2°C of the specified setpoint which allowed for a fast heat up time and extremely accurate setpoint control.

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