Material Composition
Our crucibles are made from premium silicon carbide and graphite, offering excellent thermal conductivity and thermal shock resistance. This combination of materials ensures superior performance in high-temperature melting applications.

Isostatic Pressing Process
We utilize advanced isostatic pressing technology, which results in a uniform density and enhanced mechanical strength. This process guarantees a defect-free crucible with an extended service life, offering greater value over time.

Innovative Design
The smooth interior surface of our Sic Crucible minimizes metal contamination and improves melting efficiency. Additionally, our crucibles are designed with pour spouts, reducing spills and ensuring safe and precise metal pouring during the casting process.

Crucible sizeProduct Usage Guidelines

Preheating
Before first use, preheat the crucible slowly to 200°C (392°F) to remove any moisture and prevent thermal shock. Then, gradually increase the temperature to the desired operating range.

Loading the Crucible
Ensure even distribution of the metal inside the crucible to avoid imbalance and extend the crucible’s service life. Avoid overloading the crucible for optimal performance.

Melting
Place the crucible in the furnace and heat to the required temperature. Maintain consistent temperature control for the best melting results, ensuring smooth and efficient metal processing.

Pouring the Molten Metal
Once the metal has fully melted, use appropriate tools to carefully tilt the crucible and pour the molten metal into molds. Always follow safety protocols to prevent accidents.

Cooling and Cleaning
After use, allow the crucible to cool down gradually. Clean the crucible thoroughly to remove any metal residue and prepare it for future use, ensuring it remains in excellent condition for the next cycle.

Product Advantages

Superior Thermal Conductivity
The silicon carbide material used in our crucibles provides rapid and even heat distribution, significantly enhancing melting efficiency and speeding up production times.

Durability and Longevity
Thanks to the isostatic pressing process, our crucibles possess outstanding mechanical strength and are highly resistant to cracking, ensuring a long lifespan even under harsh conditions.

Chemical Resistance
Our Sic Crucibles are designed to resist chemical reactions when in contact with molten metals, reducing contamination and preserving the purity of the melted material.

Cost-Effectiveness
With their extended service life and high performance, our crucibles offer a cost-effective solution that reduces the need for frequent replacements, lowering operational costs in the long term.

Versatility Across Industries
Our Sic Crucibles are suitable for melting a wide range of metals, including aluminum, copper, and precious metals. This versatility makes them ideal for various industrial applications, including the automotive, aerospace, and jewelry industries.