Copper Melting Crucible

Engineered for extreme copper melting, this SiC graphite crucible withstands 1600°C and thermal cycling. High thermal conductivity, corrosion resistance, and mechanical robustness ensure melt purity and long service life. Ideal for furnaces, custom sizes available.

High-density SiC graphite crucible engineered for copper and non-ferrous metal melting. Withstands 1600°C, resists slag erosion and thermal shock. Features rapid heat transfer, energy efficiency, and long service life. Custom sizes available from Baidun/J&J, a leading Chinese manufacturer.

High-density SiC graphite crucible engineered for copper and non-ferrous metal melting. Withstands 1600°C with superior oxidation and slag resistance. Isostatic pressed for long life, low energy use, and clean pours. Custom sizes available from a leading Chinese manufacturer.

High-density SiC graphite crucible for copper and non-ferrous metals. Withstands 1600°C with superior oxidation resistance and thermal conductivity. Isostatic pressed for durability. Custom sizes available from Baidun/J&J.

Premium SiC graphite crucible engineered for copper and non-ferrous metal melting. Withstands 1600°C, offers high thermal conductivity, oxidation resistance, and chemical inertness. Custom sizes available. Ideal for induction, gas, and electric furnaces.

High temperature resistance up to 1600°C for copper and non-ferrous metal melting. Features a customizable pouring nozzle, superior thermal shock resistance, and high thermal conductivity. Durable, oxidation-resistant, and available in capacities from 5kg to 1000kg. Ideal for automated casting lines and tilting furnaces.

Engineered for non-ferrous metal melting, this SiC graphite crucible withstands 1600°C and offers high thermal conductivity for rapid, uniform heating. Its low porosity prevents contamination, while superior oxidation and thermal shock resistance extend service life. Ideal for foundries and precision casting.

High-performance silicon carbide graphite crucible engineered for melting non-ferrous metals including copper, aluminum, brass, and precious metals. Features exceptional thermal resistance up to 1600°C, high thermal conductivity for rapid melting, and superior oxidation resistance. Ideal for foundries, jewelers, and metal recycling operations with extended service life and chemical inertness.

Premium SiC Graphite Crucible engineered for copper melting with exceptional thermal stability up to 1600°C. Features high thermal conductivity, superior oxidation resistance, and excellent chemical inertness. Ideal for foundries, jewelers, and metal recyclers using induction, gas, or electric furnaces. Custom sizes available with professional export packaging.

Premium SiC Graphite Crucible with 1600°C maximum working temperature and 2.21-2.25 g/cm³ density. Engineered for exceptional thermal shock resistance, oxidation protection, and extended service life in non-ferrous metal melting applications. Ideal for foundries, jewelers, and metal casting operations requiring high performance and crucible longevity.

Premium silicon carbide graphite crucible engineered for high-performance copper, brass, and bronze melting. Features exceptional thermal stability up to 1600°C, superior oxidation resistance, and high thermal conductivity. Ideal for foundries and metal casting operations requiring durability and efficiency in harsh industrial environments.

Premium SiC Graphite crucible engineered for copper melting with exceptional thermal shock resistance and 1600°C maximum working temperature. Features high thermal conductivity, superior oxidation resistance, and excellent chemical inertness for efficient non-ferrous metal processing. Available in 250kg and 350kg sizes with density of 2.21-2.25 g/cm³.

High-performance silicon carbide graphite crucible engineered for copper melting applications. Features 1600°C maximum working temperature, high thermal conductivity for rapid melting, superior thermal shock resistance, and excellent oxidation protection. Ideal for foundries, refineries, and non-ferrous metal processing with enhanced durability and long service life.

Premium SiC Graphite Crucible engineered for high-purity copper melting and refining. Features exceptional thermal stability up to 1600°C, superior oxidation resistance, and high thermal conductivity. Ideal for copper foundries, electrical component manufacturing, and precious metal processing with minimal contamination.

High-performance silicon carbide graphite crucible with 2200°C maximum service temperature and 500+ thermal cycle resistance. Features precision pouring spout, excellent thermal conductivity, and oxidation resistance for non-ferrous metal smelting, alloy production, and recycling applications. Manufactured using static pressing technology for consistent quality and extended service life.

High-performance silicon carbide crucible specifically engineered for copper melting applications. Features 1650°C maximum temperature rating, 50% longer lifespan than graphite alternatives, and 20% faster melting cycles. Ideal for copper foundries, electrical component manufacturing, and recycling facilities with superior thermal shock resistance.

Specialized silicon carbide crucibles engineered for copper melting applications with 1650°C temperature resistance and ≤12% porosity. Features enhanced corrosion resistance, uniform heat distribution, and custom sizes from 1L to 1000L. Ideal for electrical, electronics, alloy production, and copper recycling facilities requiring extreme thermal performance.