Nickel Crucibles 1mm Wall

Description

Nickel Crucibles with 1.0mm Wall Thickness

Robust Labware for High-Temperature Applications

Nickel crucibles with a 1.0mm wall thickness are essential laboratory containers designed to withstand extreme temperatures and harsh chemical environments. These crucibles are particularly suited for demanding applications in metallurgy, chemistry, and materials science where high-temperature processes and reactions take place.

Key Features:

1. High-Temperature Resistance: Nickel is renowned for its exceptional heat resistance. These crucibles can endure extremely high temperatures, making them ideal for tasks like melting metals, performing high-temperature reactions, and conducting thermal gravimetric analyses (TGA).
2. Chemical Compatibility: Nickel is resistant to many corrosive chemicals, acids, and alkalis, ensuring the crucibles’ integrity even when exposed to aggressive substances. This resistance is vital for applications involving reactive materials.
3. Robust Construction: The crucibles feature a sturdy and durable construction with a 1.0mm wall thickness, offering excellent mechanical strength and resistance to thermal stress.
4. Precise Measurements: These crucibles are available in sizes ranging from 30ml to 50ml, providing options for various sample volumes. The graduated markings on the crucibles allow for accurate sample measurements.
5. Versatile Applications: Nickel crucibles find utility in a wide range of laboratory applications, including metal alloy analysis, ashing, gravimetric analysis, and the determination of volatile elements.
6. Smooth Interior: The crucibles typically have a smooth interior finish, which aids in the easy removal of solid residues after high-temperature processes.
7. Lid Compatibility: Many nickel crucibles are designed to accommodate lids or covers, ensuring better control over reactions and sample containment.

Common Applications:

• Metallurgy: Nickel crucibles are commonly used for the preparation and analysis of metal alloys. They are suitable for melting, casting, and alloying operations.
• Ashing: These crucibles are employed in ashing processes to combust organic matter and leave behind inorganic residues for further analysis.
• Gravimetric Analysis: Nickel crucibles are preferred for gravimetric analysis techniques, where precise measurements of sample mass changes are crucial.
• High-Temperature Reactions: Researchers use these crucibles to conduct high-temperature chemical reactions, synthesis, and thermal decomposition experiments.
• Materials Science: In materials science research, nickel crucibles are instrumental for studying the properties and behaviors of materials under extreme conditions.

Nickel crucibles with a 1.0mm wall thickness are indispensable labware for laboratories and industries dealing with high-temperature processes and demanding chemical reactions. Their durability, heat resistance, and chemical compatibility make them a reliable choice for a variety of applications where precision and performance are essential.