DSC TGA DSC Crucible Corundum Ceramic Sample Pan for Thermal Analysis

Technical specifications

Customization guide

Adjustable parameters include wall thickness (0.5–2.0 mm) for pressure tolerance and inner diameter (5–20 mm) to accommodate sample sizes. Add coatings (e.g., platinum) for enhanced chemical resistance or laser-etched markings for traceability.

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With its corundum-grade ceramic composition, this crucible ensures minimal sample contamination and consistent data accuracy in DSC/TGA testing. Ideal for researchers analyzing material decomposition, phase transitions, or thermal stability under extreme conditions.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Pro Model’s 99.5% alumina purity: Reduces thermal noise by 30%, enabling precise measurements in high-temperature environments.
   • Advanced thermal stability: The Pro Model’s 1,600°C rating exceeds industry benchmarks by 15%, ideal for refractory material testing.
   • Customizable dimensions: The Base Model’s adjustable inner diameter (5–15 mm) accommodates micro-samples, while the Pro Model handles bulk materials.

2. Optimal Version Selection:

   • Researchers analyzing low-temperature polymers: Base Model suffices with its 1,400°C capacity and cost-effectiveness.
   • Academic labs requiring repeatability: Advanced Model’s polished surface minimizes sample adhesion, critical for consistent TGA curves.
   • Industrial R&D for aerospace ceramics: Pro Model’s ultra-smooth finish and 1,600°C rating ensure accuracy in high-stakes thermal analysis.

With the Pro Model’s 99.5% alumina purity, you can achieve 20% higher data resolution than standard crucibles. Its 1,600°C capability meets NASA thermal testing protocols, making it a benchmark for extreme environment analysis. Pair it with the optional platinum coating for volatile organic compound (VOC) studies, ensuring no cross-contamination.