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Laboratory Silica Crucibles for Thermal Processing

High-performance silica crucibles without lids engineered for laboratory thermal processing, ashing, drying, and fusion tasks. Featuring chemical stability and strong thermal shock resistance for demanding lab work.

  • Material: High-purity fused silica
  • Design: Open-top crucible without lid
  • Thermal Resistance: Excellent heat tolerance and thermal shock resistance
  • Shape: Cylindrical crucible with stable base
  • Finish: Smooth, chemically resistant surface for easy sample removal
  • Use Applications: Ashing, drying, thermal decomposition, fusion
  • Available Sizes: Multiple ml capacities (depend on lab requirement)

Description

The silica crucible (without lid) from Osmosis Scientific is a laboratory-grade vessel crafted from high-purity fused silica, designed to meet the rigorous demands of high-temperature lab processes. Silica is especially valued in scientific settings due to its extremely low thermal expansion coefficient, which imparts exceptional resistance to thermal shock — a key advantage during rapid temperature changes and repeated heating cycles.

These crucibles deliver outstanding chemical inertness, meaning they won’t react with most substances encountered during sample preparation. This makes them ideal for applications such as ashing organic materials, drying samples, thermal decomposition, fusion, and other heating workflows where purity and material stability are essential.

The open top design (without lid) enables easy access to samples and straightforward retrieval following thermal processing. The smooth fused silica surface also simplifies cleaning and sample transfer, reducing contamination risks and saving lab time.

Crucible, Silica – High-Temperature Silica Crucibles
Capacity (mL)Dia (mm)Height (mm)Pack ofSKUEnquiry
1541256CS-0015Enquire Now
2547286CS-0025Enquire Now
5057376CS-0050Enquire Now
8067454CS-0080Enquire Now
10071504CS-0100Enquire Now
15082514CS-0150Enquire Now

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    Frequently Asked Questions (FAQs)

    Why choose silica over other materials?
    Fused silica offers very low thermal expansion, excellent chemical resistance, and strong resistance to thermal shock, making it ideal for demanding high-temperature applications.
    Can these crucibles withstand rapid temperature changes?

    Yes. The low thermal expansion of silica allows crucibles to tolerate rapid heating and cooling with minimal cracking.

    At what temperatures can silica crucibles be used?

    These crucibles are suitable for elevated laboratory temperatures — typically up to and beyond standard ceramic limits, depending on application conditions.

    What sizes are available?

    A range of ml sizes is offered to match different experimental and processing needs.

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