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22.04.2026

Step into the Infrared Heating Laboratory at Ceramicx and you’ll find a space built around one idea: understanding heat, not guessing it.

Every project that comes through the lab starts with a challenge. Sometimes it’s a new application. Sometimes it’s a process that isn’t performing as it should. Either way, the goal is the same—to uncover how infrared can be used in the most efficient, controlled, and effective way possible.

Where Testing Shapes Solutions

Infrared heating is highly responsive to detail. Materials behave differently. Surfaces react in unexpected ways.

For example, a product might be placed in a clear bag during processing. The bag reacts to one range of infrared heat, while the material inside absorbs a different range more effectively. Situations like this highlight the importance of careful testing—ensuring the infrared system is tuned so that heat passes through where needed and is absorbed exactly where it’s required.

Small changes in setup can have a big impact on performance. That’s why testing sits at the core of what happens here.

Materials are exposed to infrared under controlled conditions to understand how they absorb, reflect, and respond to heat. From there, different emitter types, wavelengths, and configurations are explored—gradually building a clearer picture of what works best.

Measuring What Matters

Rather than relying on assumptions, the lab is equipped to measure performance directly.

A heat flux tester allows measurement of the energy delivered to a surface, giving a clear view of how effectively heat is being transferred. Alongside this, an environmental test chamber makes it possible to evaluate materials and components under controlled conditions, helping to simulate real-world operating environments.

Combined with thermal imaging and temperature profiling, these tools reveal how heat moves—how quickly it builds, how evenly it spreads, and where inconsistencies appear.

From Data to Direction

The value of testing isn’t just in the data—it’s in what that data leads to.

Results are analysed and developed into clear, structured technical reports, outlining findings, comparisons, and practical recommendations. Whether it’s refining an existing process or developing something entirely new, the outcome is always grounded in evidence.

Supporting Real-World Applications

The work carried out in the lab feeds directly into industrial processes such as thermoforming, drying, curing, and pre-heating. By testing and validating different approaches, it becomes possible to improve efficiency, reduce cycle times, and achieve more consistent results.

It also provides a controlled environment to troubleshoot issues—identifying the causes of uneven heating, material degradation, or energy inefficiencies, and resolving them with confidence.

A Continuous Process

No two projects are identical, and that’s part of the challenge.

The Infrared Heating Laboratory is not just a place for validation, but for exploration—where materials, emitters, and configurations are continuously tested and refined. Each project adds to a deeper understanding of how infrared behaves in different conditions and applications.

In the end, it’s this process—measured, methodical, and data-driven—that allows Ceramicx to deliver infrared heating solutions that are not only effective but proven.

Email [email protected] to enquire about testing.