Product Description
As an unparalleled name, we are engaged in delivering premium quality Ceramic Crucible. It is manufactured using premium quality materials under the strict supervision of skilled experts. This product is mainly used in glass, plastic, jewelry industries for melting purposes. Ceramic Crucible is durable in nature and resistant in breakage.
Optimized for Laboratory and Industrial PrecisionDesigned with high alumina content and a durable construction, this crucible delivers outstanding corrosion resistance and chemical inertness. Its smooth glazed finish eases cleaning, while the negligible porosity ensures sample purity and prevents contamination-critical for reliable laboratory outcomes and metal casting operations.
Versatile Capacity and CustomizationNo matter your furnace type or analysis method, choose from cylindrical or conical designs and a wide range of capacities from 50 ml to 500 ml. Custom sizing ensures a fit for any specialized laboratory procedure, while the optional matching lid allows for enhanced sample protection and controlled reactions.
High Performance in Extreme TemperaturesEngineered to withstand both oxidizing and reducing atmospheres up to 1600C, this crucible maintains structural and thermal stability across multiple heating and cooling cycles. Its high thermal shock resistance and manual control facilitate safe, gradual temperature changes to prolong lifespan and maintain consistent accuracy.
FAQ's of Ceramic Crucible:
Q: How should the ceramic crucible be heated or cooled to ensure maximum lifespan?
A: For higher longevity, it is recommended to heat and cool the crucible slowly. Rapid temperature changes may induce stress; therefore, always follow a gradual ramping process in furnaces or when transferring between temperature zones.
Q: What benefits does the low thermal conductivity and dense ceramic structure offer?
A: Low thermal conductivity minimizes heat loss, ensuring efficient melting or reaction environments. The dense, low-porosity structure prevents liquid or gas absorption, maintaining sample integrity and supporting repeatable, contaminant-free analysis.
Q: When is it appropriate to use this crucible in laboratory or industrial processes?
A: This crucible is ideal when handling high-temperature procedures up to 1600C, particularly for laboratory sample melting, chemical analysis, or metal casting. Its high resistance to acids, alkalis, and thermal shock suits both routine and specialized laboratory tasks.
Q: Where can this ceramic crucible be utilized?
A: The crucible is suitable for both laboratory and industrial settings, accommodating electric resistance furnaces, fuel-fired furnaces, and a variety of chemical environments. It is commonly used in India by laboratories, research institutions, and metalworking industries.
Q: What materials are used to manufacture the crucible, and how does this affect its performance?
A: Made from high-purity ceramics, including alumina, silica, high-alumina ceramics, and porcelain, the crucible offers superior chemical inertness, durability, and resistance to corrosive materials, making it ideal for harsh chemical or metallurgical applications.
Q: How does the optional ceramic lid improve the crucible's functionality?
A: The optional matching ceramic lid helps protect samples from contamination, reduces heat loss further, and allows more controlled reactions or melting processes-especially important in sensitive laboratory analyses.
Q: What is the process for customizing crucible dimensions and selecting the right capacity?
A: Crucible dimensions and capacities can be tailored to specific requirements. Customers can provide preferred length, width, height, shape (cylindrical or conical), and volume (50 ml-500 ml) to ensure compatibility with their equipment and processes.