About our Labware
High-purity ceramic labware for research, analysis and high-temperature processing.
We supply a wide range of alumina, zirconia, boron nitride and fused-quartz labware, including crucibles, boats, dishes, lids, quartz tubes, furnace tubes and custom-engineered components.
Manufactured using advanced pressing, ISO-pressing, slip-casting and precision machining, our labware offers exceptional thermal stability, chemical resistance and dimensional accuracy for laboratory, R&D and industrial environments.
Applications
- Thermal analysis and materials testing
- Chemical and corrosive media processing
- Laboratory furnaces and benchtop heating systems
- Melting, calcining and ash determination
- High-temperature sample preparation
- Research, university and R&D environments
Other materials, such as rare-earth materials, available on request
For custom sizes, special dimensions, or unique features, please contact our team for a tailored solution.
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Key Benefits of our Labware
What that means for you
Reliable thermal performance, cleaner test results, longer component life and reduced contamination risk, ensuring confidence in every experiment or thermal cycle.
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Other ceramic components
Your questions answered
What's the maximum temperature your labware can handle?
Reliable performance up to 1750°C with strong thermal shock resistance — exact rating depends on the ceramic material specified, with alumina, mullite and quartz options matched to your application.
What purity levels are available?
Alumina is available up to 99.99% purity for ultra-low contamination service. Other materials including boron nitride, fused silica and rare-earth options can be supplied for chemically aggressive environments.
Do you supply replacement furnace tubes for Carbolite, Leco or Lindberg?
Yes. We supply replacement furnace tubes and labware components for principal laboratory furnaces — typically in dense alumina or mullite grades.
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