5L Silicon Carbide Crucible Cylindrical Large Crucible For Zinc Reclaiming

Precision-Engineered for Efficient, Low-Temperature Zinc Processing

Our Silicon Carbide Graphite (SiC-Graphite) Crucibles are meticulously designed for zinc melting and alloying applications, combining the durability of silicon carbide with the thermal efficiency of graphite. Optimized for low-temperature stability (operating range: 400°C-800°C), these crucibles excel in galvanizing, zinc alloy production, and battery manufacturing, where precision and material purity are critical.

• Low-Temperature Efficiency: Engineered for rapid heating at 400°C-800°C, reducing energy consumption by 20% compared to standard crucibles.
• Thermal Shock Resistance: Withstands frequent start-stop cycles common in batch zinc processing without cracking.

• Zinc Adhesion Prevention: Proprietary inner coating minimizes zinc buildup and oxide formation, ensuring consistent melt quality.
• Slag Resistance: Reinforced material composition resists zinc slag penetration, extending service life by 30%.

• Ultra-Smooth Surface: Reduces zinc drag-out and contamination, crucial for electroplating and high-purity zinc alloys.
• Low Porosity (≤10%): Prevents zinc infiltration, preserving crucible integrity and material purity.

• Tapered Shapes for precise pouring in galvanizing baths.
• Integrated Skimming Ledges to streamline slag removal.
• Sizes: 5L to 300L, tailored for small-scale workshops to industrial zinc processors.

• Co-developed with zinc galvanizing experts to address challenges like dross formation and crucible erosion.
• RoHS & REACH Compliant: Safe for environmentally sensitive applications like battery production.

• 50% Longer Lifespan: Outperforms traditional clay-graphite crucibles in zinc environments.
• Reduced Downtime: Faster heating cycles and easier maintenance cut operational costs by 25%.

• Recyclable Material: Aligns with circular economy goals in zinc recycling.
• Lower Carbon Footprint: Energy-efficient design supports green manufacturing initiatives.