Zirconium Squat Crucibles

Description

Zirconium Squat Crucibles, available in 35ml and 45ml capacities, are specialized laboratory vessels designed to withstand extreme temperatures and harsh chemical environments. Crafted from high-quality zirconium oxide, these squat crucibles are essential tools for applications that demand exceptional thermal and chemical resistance.

Key Features:

1. Zirconium Oxide Construction: These squat crucibles are constructed from zirconium oxide (ZrO2), a ceramic material renowned for its resistance to high temperatures and strong acids, bases, and corrosive substances. Zirconium oxide ensures the crucibles’ durability and longevity, even in the most challenging laboratory conditions.
2. Squat Design: The squat shape of these crucibles provides stability and a low center of gravity, reducing the risk of tipping over during heating or handling, making them suitable for various laboratory procedures.
3. High-Temperature Resistance: Zirconium squat crucibles can endure extreme temperatures, including rapid heating and cooling cycles, without cracking or deforming. This quality is particularly valuable for applications involving high-temperature reactions and materials analysis.
4. Chemical Compatibility: They exhibit exceptional resistance to chemical attack, allowing them to safely contain and process aggressive reagents, strong acids, bases, and corrosive substances.
5. Versatile Applications: These squat crucibles are utilized in a wide range of laboratory settings, including inorganic chemistry, materials science, metallurgy, and analytical chemistry, for tasks such as sample preparation, high-temperature reactions, and chemical analyses.
6. Easy Handling: The crucibles are designed with easy-to-grip exteriors, facilitating safe and precise manipulation during experiments and procedures.

Common Applications:

• Inorganic Chemistry: Zirconium squat crucibles are commonly employed in inorganic chemistry for tasks like sample preparation, acid digestion, and heating of strong acids and bases.
• Materials Science: They play a vital role in materials science research for analyzing and characterizing materials under extreme conditions.
• Metallurgy: Zirconium squat crucibles are used in metallurgical processes, including alloy testing and metal analysis.
• Analytical Chemistry: Laboratories use these crucibles for analytical techniques that involve high-temperature reactions and the handling of corrosive substances.

Zirconium Squat Crucibles in 35ml and 45ml capacities are indispensable laboratory vessels for scientists and researchers working in demanding applications that require resistance to extreme temperatures and aggressive chemicals. Their robust zirconium oxide construction ensures reliability and precision in various laboratory and research environments.