Cylindrical Crucibles

Features of Cylindrical Crucibles

1. Cylindrical Design

   • Uniform cylindrical shape with straight walls provides consistent heat distribution and efficient sample handling.

   • Ideal for controlled heating, melting, or chemical reactions.

2. High-Temperature Resistance

   • Manufactured from refractory materials such as alumina, porcelain, graphite, or silica, capable of withstanding extreme temperatures (up to 1700°C+).

3. Superior Chemical Resistance

   • Inert to most acids, alkalis, and solvents, making them suitable for corrosive chemical environments.

4. Durable and Reusable

   • Designed for long-term use, with resistance to thermal shock, abrasion, and mechanical stress from repeated heating and cooling.

5. Smooth Interior Finish

   • Polished or smooth interior surface enables easy removal of contents and reduces contamination during processes.

6. Standardized Sizes

   • Available in a wide range of volumes and dimensions, from small-capacity lab sizes to larger industrial formats.

7. Stable Base

   • Flat bottom design provides stable placement in furnaces, kilns, or heating platforms.

8. Versatile Applications

   • Used in melting, calcining, ashing, alloying, and thermal analysis across industries including:

     • Laboratories

     • Metal refining

     • Ceramics & glass

     • Chemical engineering

9. Optional Lids

   • Can be paired with matching lids to reduce oxidation, contamination, or evaporation during heating.

10. Compatibility

• Designed to work with furnaces, crucible tongs, and laboratory stands for safe and easy operation.