Zinc Ingot

Core Value

Purity Guarantee · Performance Foundation · Application Versatility. It overcomes limitations of low-purity zinc, achieving "stable quality, wide adaptability, and cost optimization" for high-end manufacturing.

Usage & Support

Hot-dip galvanizing: Melt at 440-460℃, remove dross, adjust composition if needed.

Die-casting/alloy production: Cut to size, melt at 420-480℃, stir evenly.

Storage: Keep in dry, ventilated warehouse; avoid collision during transportation.

Customized services (10kg/25kg/50kg ingots, impurity adjustment) and on-site technical guidance are available.

Key Advantages

• Ultra-High Purity

  Advanced electrolysis ensures ≥99.995% Zn content; dense structure (no pores/inclusions) for consistent processing performance.

• Superior Galvanizing Effect

  Forms uniform, adherent zinc coatings with 20% higher salt spray resistance than ordinary zinc ingots.

• Strong Process Adaptability

  Good thermal conductivity/fluidity reduces die-casting defects; blends stably with Al/Cu/Mg for high-performance alloys.

• Green & Traceable

  Complies with ISO 14001; full-process traceability with batch quality reports.

• Cost-Efficient

  Low impurities cut auxiliary material consumption; 15% higher utilization rate than low-purity zinc, reducing production costs.

Ideal Applications

• Hot-dip galvanizing

  Galvanized steel pipes, auto parts, construction steel structures.

• Die-casting

  Hardware, automotive interior parts, electronic product casings.

• Batteries

  Cathode materials for alkaline Zn-Mn and Zn-air batteries.

• Alloys

  Zn-Al/Zn-Cu/Zn-Mg alloys for aerospace and precision manufacturing.

• Chemicals

  Synthesis of ZnO and ZnSO₄ for rubber, coatings, and pharmaceuticals.