Silicon Carbide Metal Melting Crucible 1600°C Temperature Resistance D450d450H1200 Size

• Superior high temperature resistance compared to standard isostatic pressed crucibles
• Ideal for smelting various alloys and precious metals including gold and silver
• Withstands strong corrosion from chemical additives used in smelting processes
• Fast thermal conductivity with dense tissue structure and low apparent porosity
• Extended service life: 2-5 times longer than conventional clay graphite crucibles
• High strength from high-pressure molding with optimal phase combination
• Exceptional corrosion resistance with advanced material formulation
• Low slag adherence minimizes inner wall buildup and reduces thermal resistance

Manufactured using high-pressure molding techniques, this crucible maintains structural integrity under extreme thermal conditions, providing consistent performance throughout its extended service life.

The dense silicon carbide structure ensures rapid heat transfer with thermal conductivity of 40-50 W/mK at 800℃, optimizing energy consumption and melting efficiency.