Our 99% high-purity alumina cylindrical crucibles are engineered for superior thermal stability, chemical resistance, and mechanical strength. Designed with precise dimensions, these crucibles are ideal for laboratory experiments, high-temperature industrial processes, and material synthesis.
Product Properties
Downloads & Resources
| Resource Type | Link |
|---|---|
| Safety Data Sheet (SDS) | 99% Alumina MSDS-Innovacera |
| Technical Data Sheet (TDS) | 05-99 Alumina Ceramic Material Properties-SU0207 |
| Catalogue | 99% Alumina Crucible（EN） |
Product Details
Our 99% high-purity alumina cylindrical crucibles are engineered for superior thermal stability, chemical resistance, and mechanical strength. Designed with precise dimensions, these crucibles are ideal for laboratory experiments, high-temperature industrial processes, and material synthesis.
Specification:
- Max. Working Temperature: 1600℃
- Size (L*W*H): 51.14*51.14*30.7mm
- Wall Thickness: 4.25mm
Key Features:
- Material: 99% Al₂O₃ (Alumina) – high purity for contamination-free processes
- Shape: Cylindrical – optimized for uniform heat distribution
- Temperature Resistance: Suitable for high-temperature applications
- Chemical Stability: Resistant to acids, alkalis, and molten metals
- Precision Dimensions: Carefully manufactured for consistent fitting and usage in various setups
- Applications: Laboratory experiments, metallurgical processes, sintering, chemical synthesis, and other industrial high-temperature applications
These alumina crucibles provide long-term durability and reliable performance across all processes that require a robust, thermally stable ceramic container. We also offer a wide range of crucibles in various shapes, sizes, and materials to meet diverse laboratory and industrial needs.
Frequently Asked Questions
Due to the thermal expansion properties of the alumina material, heating or cooling too rapidly can cause thermal shock and lead to cracking. To extend the product life, it is recommended to warm up and cool down as slowly as possible, avoiding direct exposure to temperature extremes.
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