In specialty crucible production, high-pressure casting (HPC) is becoming a key technology to reduce costs and improve efficiency.
High Forming Efficiency
HPC quickly injects dense slurry into molds, shortening forming cycles by 30%-50% compared to traditional plaster casting, producing more cruciblesper day.
Reduced Material Waste
Precise slurry control ensures uniform wall thickness, minimizing overflow and waste. Residual slurry recovery is high, improving material utilization.
Higher Yield
Denser green bodies reduce drying cracks and sintering deformation. Compared to plaster casting, HPC achieves higher yield, lowering defective product costs.
Lower Labor and Maintenance Costs
Automated equipment reduces the number of operators and minimizes equipment wear from handling errors.
Efficient Forming of High-Performance Materials
HPC is ideal for expensive and complex materials, ensuring crucible quality while reducing material waste.
Lower Energy Consumption
Dense green bodies shorten drying and sintering times, making production more energy-efficient.
Compact Footprint & Long Mold Life
The equipment is space-saving and molds are durable, supporting long-term, stable production.
Flexible & Fully Automated Production
Quickly switch product specifications for flexible manufacturing; easy integration with robotic systems enables fully automated operation.
High-pressure casting helps specialty crucible production achieve higher output, superior quality, and lower costs. Compared to traditional plaster casting, HPC offers clear advantages in efficiency, material utilization, yield, high-performance material forming, compact footprint, and automation readiness.