Quartz Tungsten / Halogen Infrared Tube Heaters
Quartz Tungsten and Quartz Halogen Infrared Tube Heaters are high-performance linear infrared heating elements designed for demanding industrial heating applications. Available in short wave quartz halogen and medium wave quartz tungsten gas-filled configurations, these infrared emitters deliver the high operating temperatures required for fast, efficient manufacturing processes. Ideal for applications including paint curing, automotive drying, adhesive curing, plastics processing, thermoforming, and industrial drying, these infrared tube heaters provide rapid, consistent heat exactly where it is needed. Our quartz infrared heaters reach full operating temperature within seconds, converting electrical energy into highly efficient radiant heat with minimal delay. Their fast response time and precise power control make them particularly suitable for high-speed production lines, directional heating systems, and processes with short cycle times where accuracy and repeatability are essential. Full technical specifications and product information are available on each individual product page. If you would like advice on selecting the right quartz tungsten or quartz halogen infrared tube heater for your application, or to discuss a custom requirement, please complete and return our enquiry form.
Find the Right Tungsten / Halogen Element
Frequently Asked Questions
What is an infrared heating element?
An infrared heating element, or emitter, is a component that converts electrical energy into infrared radiation, delivering heat directly to materials rather than warming the surrounding air. When electricity passes through the element, an internal resistance coil heats up. This heat is then transferred to the outer material—typically ceramic or quartz—which emits infrared radiation. The radiant energy travels directly to the target surface, providing fast, consistent heating with minimal energy lost to the surrounding air.
How do I choose the best infrared emitter for my application?
Choosing the best infrared emitter depends on several factors, including the absorption characteristics of the target material, the required heating temperature, and the response time needed for the process.
If the absorption properties of the target material are known, the peak emission wavelength can be used to select the most suitable infrared emitter.
If those characteristics aren’t known, small scale testing with 1 or 2 emitters may be enough to provide a better understanding of what works with the material in question.
Another key factor is the thermal response time required by the process. Ceramic emitters typically require about 10-12 minutes to reach steady-state temperature. Quartz cassette emitters require about half this time, with tungsten/halogen emitters close to full output within a few seconds.
Can Ceramicx develop custom elements and components?
Yes. Ceramicx designs and manufactures custom infrared heating elements and industrial heating components to meet the unique requirements of your application. If your project requires a bespoke infrared element, or specialized heating component, our engineering team will work with you to develop a solution tailored to your specifications.
We have the capabilities and experience to design, prototype, and manufacture custom infrared heating solutions.
