Developing new materials requires more than reaching a target temperature. For advanced ceramics, power electronics, solid-state batteries, and semiconductor materials, researchers need thermal processing equipment that delivers repeatable results while conforming to changing R&D requirements.
Our high-temperature tube furnaces provide a flexible platform for laboratory research and materials development, with models that reach temperatures up to 1700°C. Whether a furnace supports another laboratory process or serves as an important step toward production-scale equipment, we help customers select configurations that fit their application and future goals.
Supporting Materials Research from the Lab
Many of our tube furnaces are used as auxiliary equipment for other R&D processes. They provide controlled heating for material preparation, thermal treatment, and other laboratory applications where temperature consistency and a suitable processing environment are essential.
For semiconductor and battery research, air and inert-gas atmospheres are among the most common requirements, with many applications operating at 1200°C or below. Depending on the process, researchers can choose configurations customized to their temperature, tube size, atmosphere, and heating-zone requirements.
Primary considerations include:
- Temperature capability: Select equipment that provides the temperature range needed for current research while making allowance for future development.
- Atmosphere requirements: Air and inert-gas processing can support different material-development needs.
- Flexible configurations: Tube size, heating zones, and other furnace options can match the application.
- Repeatability: Consistent thermal processing helps researchers produce reliable data and create informed process decisions.
Planning for the Transition to Production
Successful scale-up starts during the R&D phase. A process that works in a laboratory furnace may require significant changes when moving to larger equipment. Furnace size, tube dimensions, and heat losses all affect the power required to achieve the desired process conditions.
We work with customers to account for these differences when evaluating production-scale thermal equipment. Understanding available tube sizes and how power requirements change from laboratory to production equipment can help reduce surprises during scale-up.
Support Beyond the Furnace
R&D teams need dependable equipment—and support when something unexpected happens. We provide an operating manual for the furnace and its controls with every furnace, giving users an accessible reference for operation and maintenance. Our service representatives also have expertise with furnace controls and can assist with unique application and control needs.
For organizations working on demanding materials-development programs, responsive support and shorter lead times can also produce a significant difference. Because we manufacture in the U.S., we can often accommodate custom furnace requests more quickly than international alternatives.
Build Your Next R&D Process with Confidence
From early laboratory experiments to preparation for production-scale processing, the right tube furnace can help researchers move forward with greater confidence.
Contact Thermcraft to discuss your temperature, atmosphere, tube size, and processing requirements, and learn how we can support your materials or semiconductor R&D program.