About Graphite Carbon Crucible
Fostered with immense years of industry experience and market understanding, we are offering a wide gamut of Graphite Carbon Crucible. This crucible is used for melting of aluminum, copper, carbon, etc in jewellery manufacturing and diamond manufacturing industries. Available in various specifications as per the requirements of the clients, the offered Graphite Carbon Crucible is manufactured using first class raw material with the help of cutting-edge technology.
Features:
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Impeccable finish
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Optimum durability
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High tensile strength
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Dimensional accuracy
Unmatched Heat PerformanceBenefit from rapid and uniform heat transfer thanks to the crucibles high thermal conductivity. Engineered for working temperatures up to 1800C, it ensures efficient operational performance across all melting or casting processes, especially in demanding industrial settings.
Superior Lifetime ValueWith high resistance to corrosion, thermal shock, and wetting by molten metals, our graphite carbon crucible stands up beautifully to repeated cycles. This durability translates into a long service life, making it an economical choice for frequent use in metal melting and alloy production.
Versatile Application CompatibilityThis crucible is compatible with both induction and gas furnaces, allowing users in metal casting, alloy production, and laboratory operations to rely on one solution. Available in a range of capacities, it accommodates various batch sizes and metal types, all while maintaining high purity and efficiency.
FAQs of Graphite Carbon Crucible:
Q: How should the graphite carbon crucible be prepared before first use?
A: Before its initial use, preheat the crucible gently to eliminate residual moisture and avoid thermal shock. Gradually increase the temperature in your furnace to ensure a smooth transition and prolong the crucibles lifetime.
Q: What process does the crucible support in metalworking applications?
A: Our crucible is well-suited for metal melting, alloy production, and casting. Its high thermal conductivity and low wettability help achieve efficient melting and clean metal transfer for precise production results.
Q: When is replacing the graphite carbon crucible recommended?
A: Replace the crucible if cracks, erosion, or significant deformation appear after prolonged use, or if there is reduced efficiency due to material buildup. Regular inspection after each use is advised to ensure safety and performance.
Q: Where can this graphite carbon crucible be used?
A: This crucible is ideal for use in industrial foundries, metal casting workshops, alloy manufacturing plants, and laboratories equipped with induction or gas furnaces. Its robust construction withstands harsh chemical and thermal environments common to these locations.
Q: What benefits does the high-purity graphite material provide?
A: High-purity graphite (99% carbon) ensures excellent resistance to acids and alkalis, minimizes contamination, and offers superior thermal shock resistancemaking the crucible reliable for repeated, precision melting cycles.
Q: How does the crucibles surface finish enhance its performance?
A: The smooth, non-porous surface minimizes material adhesion and reduces ash content, making it easier to clean and ensuring that molten metals do not react or stick to the inner walls, which preserves purity and efficiency in use.