Product Description
We have a carved a niche amongst the leading names in the industry, engaged in supplying Cylinrical Crucible. It is well known in the market due to its various attributes such as longer service life, durability and less maintenance. It is highly utilized in various industrial applications. Besides, Cylinrical Crucible is available in various packaging options to ensure its quality.
Engineered for High-Temperature PrecisionThis high-purity alumina ceramic cylindrical crucible is tailored for laboratories and industrial workflows that demand exceptional heat resistance and chemical stability. Its low thermal expansion coefficient ensures dimensional reliability during thermal cycling, and the dense, non-porous surface prevents contamination, preserving the integrity of chemical analyses and high-temperature processes.
Versatile Applications and CustomizationAvailable with or without a fitted lid, the crucible accommodates capacities from 10 ml up to several liters. Custom sizing and material alternatives make it adaptable for specialized requirements, whether in a scientific, research, or manufacturing setting. Its compatibility with a variety of furnace types-gas, electric, or muffle-ensures broad usability across multiple disciplines.
FAQ's of Cylinrical Crucible:
Q: How is the cylindrical crucible used in laboratory settings?
A: The cylindrical crucible is used for laboratory melting, chemical analysis, material testing, and other high-temperature processes. Its dense, non-porous wall and high-purity alumina composition make it ideal for containing and processing materials without risk of contamination.
Q: What materials can the crucible be made from besides alumina ceramic?
A: In addition to high-purity alumina ceramic, the cylindrical crucible can be manufactured from porcelain, platinum, or quartz materials, tailored to specific temperature and chemical compatibility requirements.
Q: When should I choose a crucible with a lid?
A: Opting for a crucible with a lid is beneficial when you need to minimize atmospheric contamination, prevent material loss during heating, or control evaporation in sensitive processes.
Q: Where can these crucibles be used effectively?
A: These crucibles are suitable for use in laboratories, research institutions, and industrial facilities that require reliable high-temperature processing, such as chemical research, metallurgy, ceramics, and materials science labs.
Q: What are the main benefits of using a high-purity alumina ceramic crucible?
A: High-purity alumina crucibles offer superior thermal shock resistance, excellent chemical and corrosion resistance, and can endure temperatures up to 1600C, making them a dependable choice for rigorous scientific applications.
Q: How does the low thermal expansion coefficient benefit the user?
A: A low thermal expansion coefficient (~8.5 x 10^-6 /C for alumina) ensures that the crucible maintains its shape and structural integrity during rapid temperature changes, reducing the risk of cracking or warping during repeated heating and cooling cycles.