Copper Melting Crucible

Industrial-grade cylindrical graphite crucible with silicon carbide composition for induction furnace metal melting. Features temperature resistance up to 1600°C, high oxidation resistance, energy efficiency, and superior corrosion protection. Suitable for aluminum, copper, and steel production with medium, high, and power frequency induction systems.

Premium 99.9% pure copper melting crucible with 150 Kg capacity and 1650°C temperature resistance. Features excellent heat conductivity, chemical stability, and corrosion resistance for efficient copper smelting, casting, and metalworking applications. Designed with round shape for easy pouring and extended durability.

Industrial-grade copper melting crucible featuring 150kg capacity and 1650°C temperature resistance. Made from 99.9% pure copper for excellent heat conductivity and corrosion resistance. Ideal for foundries, metal fabrication, and artisan applications requiring high-temperature performance and contamination-free copper processing.

High-performance copper melting crucible with 150 kg capacity and 1650°C temperature resistance. Features 99.9% purity copper construction, excellent corrosion resistance, and superior heat conductivity for efficient industrial copper smelting and casting applications.

Industrial-grade 150kg copper melting crucible with 99.9% purity and 1650°C temperature resistance. Features excellent corrosion resistance, high thermal conductivity, and durable construction for reliable performance in foundry and metalworking applications. Manufactured by Specialty Metals with excellent chemical stability.

Professional-grade copper smelting crucible with 150kg capacity and 99.9% purity. Features high heat conductivity, excellent corrosion resistance, and temperature tolerance up to 1650°C. Ideal for metallurgical plants, jewelry making, and electrical component manufacturing. Ensures uniform melting, chemical stability, and long-term durability for industrial applications.

Professional 150Kg capacity copper melting crucible featuring 99.9% purity and 1650°C temperature resistance. Engineered for high heat conductivity, exceptional durability, and minimal contamination in metallurgical applications, jewelry making, and industrial casting operations.

High purity 99.9% copper melting crucible with 150kg capacity and 1650°C temperature resistance. Features excellent thermal conductivity, chemical stability, and corrosion resistance for reliable performance in foundry operations, metalworking, and copper casting applications. Durable construction ensures long service life in demanding industrial environments.

High-performance silicon carbide crucible designed for induction furnaces, featuring 1650°C temperature resistance and 150kg capacity. Ideal for melting aluminum, copper, gold, and silver with exceptional thermal shock resistance and chemical durability. Customizable sizes available for industrial metal processing applications.

Professional-grade copper melting crucible with 150Kg capacity and 1650°C temperature rating. Features 99.9% pure copper construction, excellent corrosion resistance, and high heat conductivity for efficient metal casting and smelting operations. Ideal for foundries, workshops, and industrial applications requiring contamination-free copper processing.

Bulk Wholesale Pallet Pack Copper Melting SiC Graphite Crucible Economical bulk pallet packaging for high-volume foundry supply chains. Multiple crucibles per pallet with protective separators ensure safe transit and reduce per-unit logistics costs. Key Features Bulk pallet quantity packaging Reduced per-unit logistics cost Protective separators for safe transit Consistent quality across pallet lots Ideal for high-consumption foundries Applications Large foundry supply

Thermocouple Port Integrated Copper Melting SiC Graphite Crucible Built-in thermocouple port allows direct temperature measurement at the melt interface. Enables precise digital temperature control for quality-critical copper casting processes. Key Features Integrated thermocouple port Direct melt temperature measurement Compatible with digital controllers Precise temperature for quality control Eliminates external probe placement issues Applications Temperature-critical

Economy Budget Graphite Clay Copper Melting Crucible Cost-optimized graphite clay crucible designed for copper melting in developing market foundries. Provides reliable performance at an accessible price point for small and startup operations. Key Features Budget-friendly price point Reliable copper melting performance Accessible for small foundries Simple handling and operation Proven graphite-clay formulation Applications Small foundries in developing markets, startup

Copper Cookware Grade Melting SiC Graphite Crucible for Food-Safe Casting Manufactured with food-safe materials for melting copper destined for cookware production. Zero contamination design ensures finished products meet food contact safety standards. Key Features Food-safe material composition Zero contamination melt environment Meets food contact regulations Smooth finish for cookware quality Suitable for pure copper and tinned copper Applications Copper pot and pan

Aluminum Bronze High Strength SiC Graphite Crucible for Aerospace Engineered for high-strength aluminum bronze alloys (C95400, C95500) used in aerospace landing gear and structural components. Handles the demanding melting conditions of these premium alloys. Key Features Optimized for aluminum bronze C954/C955 Withstands high aluminum content alloys Aerospace-grade melt cleanliness Consistent mechanical property support Documented quality for aerospace supply chain Applicatio

Tapered Wall Copper Melting SiC Graphite Crucible for Easy Demolding Tapered wall design with optimized draft angle for easy ingot removal. Eliminates the struggle of stuck ingots and reduces mold damage during demolding operations. Key Features Tapered wall for easy ingot release Optimized draft angle for demolding Reduced ingot sticking issues Less mold damage during release Faster turnaround between melts Applications Copper ingot production, anode casting, billet

Double Pour Spout Copper Melting SiC Graphite Crucible Innovative double spout design enables simultaneous pouring into two molds, effectively doubling casting productivity. Balanced spout geometry ensures equal flow to both molds. Key Features Dual pouring spouts for 2x productivity Balanced flow to both molds Reduced pour time per batch Consistent metal temperature at both spouts Compatible with multi-mold setups Applications High-volume copper casting, ingot mold pouring,

Vacuum Melting Electronic Grade Copper SiC Graphite Crucible Ultra-high purity crucible for vacuum melting of 6N (99.9999%) electronic grade copper used in semiconductor sputtering targets. Minimal outgassing and zero contamination design. Key Features Vacuum compatible ultra-low outgassing 6N purity retention capability Semiconductor grade material quality Clean melting for target manufacturing Batch traceability documentation Applications Semiconductor sputtering target

Phosphor Bronze Deoxidized Copper Melting SiC Graphite Crucible Designed for phosphor bronze alloys containing phosphorus as a deoxidizer and strengthener. The SiC-graphite material resists phosphorus attack while maintaining alloy composition integrity. Key Features Resistant to phosphorus attack Maintains deoxidized melt quality Ideal for spring-temper alloys Uniform heating for consistent properties Long life with phosphor bronze alloys Applications Spring contact

Gunmetal Red Brass Alloy Melting SiC Graphite Crucible Engineered for gunmetal (red brass) alloys containing 5-10% tin, widely used in valve and pump manufacturing. Excellent chemical compatibility preserves the unique properties of gunmetal castings. Key Features Optimized for gunmetal Cu-Sn-Zn-Pb alloys Clean melt for pressure-tight castings Resistant to tin-zinc-lead attack Consistent quality for valve components Long service life with leaded alloys Applications Industrial