Silicon Carbide Graphite Crucible

Rotary Drum Furnace SiC Graphite Crucible Engineered for rotary drum furnace applications where the crucible rotates during melting. The robust construction withstands mechanical rotation stress while maintaining structural integrity. Key Features Rotation-compatible robust design Uniform temperature during rotation Mechanical stress resistant structure Excellent thermal shock resistance Even wear pattern for predictable life Applications Rotary drum furnaces, rotating

Degassing SiC Graphite Crucible for Aluminum Melt Treatment Designed for in-furnace degassing and fluxing operations. The chemically inert SiC-graphite material withstands aggressive degassing agents while maintaining melt purity. Key Features Chemical resistance to degassing agents Compatible with rotary degassing equipment Maintains melt purity during treatment Stable under nitrogen/argon purging Long service life with flux exposure Applications Aluminum melt degassing,

Gas Fired Crucible Furnace SiC Graphite Liner Optimized for gas fired crucible furnaces with enhanced radiant heat absorption from flame. The high thermal conductivity ensures efficient heat transfer from the furnace atmosphere to the metal charge. Key Features Optimized for gas flame radiant heating Maximum heat absorption efficiency Compatible with natural gas and LPG Uniform heating from all sides Energy-efficient design reduces fuel costs Applications Gas fired crucible

Continuous Casting SiC Graphite Crucible Designed for 24/7 continuous casting operations in aluminum billet and slab production lines. Maintains consistent thermal performance over extended service cycles without degradation. Key Features Engineered for non-stop operation Consistent thermal performance over time Resistant to thermal fatigue Low erosion rate under continuous flow Predictable service life for maintenance planning Applications Continuous aluminum casting, billet

Nickel Superalloy High Temperature SiC Graphite Crucible Built for the extreme demands of nickel-based superalloy melting at temperatures up to 1600C. Exceptional chemical inertness prevents alloy contamination during critical aerospace material processing. Key Features 1600C maximum operating temperature Excellent chemical inertness to Ni alloys Resistant to Inconel/Hastelloy corrosion Ultra-high purity graphite matrix Thermal shock resistant for rapid cycling Applications

Magnesium Alloy Melting SiC Graphite Crucible Specially engineered for magnesium alloy melting with enhanced flux and cover gas resistance. The dense SiC-graphite matrix withstands the aggressive chemical environment of molten magnesium processing. Key Features Superior resistance to magnesium flux attack SF6 and argon cover gas compatible Maximum oxidation protection Dense 2.25 g/cm3 structure Long service life in Mg processing Applications Magnesium alloy casting, AZ91/AM60

Conical Bottom SiC Graphite Crucible for Bottom Pouring Conical bottom design enables complete metal drainage with minimal heel retention. Ideal for bottom pouring systems where maximum metal recovery and clean transfer are critical. Key Features Conical bottom for complete drainage Maximum metal recovery rate Minimal heel retention Compatible with bottom pouring systems Smooth interior for clean metal flow Applications Bottom pouring foundry systems, continuous casting feed,

Tilting Furnace SiC Graphite Crucible with Integrated Pouring Spout Purpose-designed for tilting furnace applications with an integrated pouring spout for precise, controlled metal transfer. Reduces splashing and oxidation during the pour. Key Features Integrated pouring spout for controlled transfer Optimized for tilting furnace mechanics Reduced splash and oxidation during pour Reinforced spout for mechanical durability Compatible with automated pouring systems Applications

Vacuum Melting SiC Graphite Crucible for High Purity Processing Engineered for vacuum and inert gas atmosphere melting applications. Ultra-low outgassing characteristics ensure contamination-free processing of high-value superalloys and specialty metals. Key Features Ultra-low outgassing in vacuum conditions Minimal contamination risk Compatible with argon/nitrogen atmospheres High purity graphite matrix Temperature up to 1600C in vacuum Applications Vacuum induction melting

Medium Frequency Induction Furnace SiC Graphite Crucible Specifically engineered for medium frequency induction furnaces (500-3000Hz). The optimized electromagnetic properties ensure efficient energy coupling and uniform heating across the entire crucible body. Key Features Optimized for 500-3000Hz frequency range Superior electromagnetic coupling efficiency Uniform temperature distribution Anti-oxidation glaze protection Extended service life under induction heating

Industrial-grade conventional circular crucible featuring silicon carbide graphite construction with 40-50 W/mK thermal conductivity at 800°C. Engineered for non-ferrous metal melting with exceptional thermal shock resistance, chemical stability, and long service life. Ideal for aluminum, copper, gold, silver, and zinc alloy applications in induction furnace operations.

Industrial-grade silicon carbide graphite round crucible featuring 40-50 W/mK thermal conductivity at 800°C. Designed for induction furnaces with high corrosion resistance, excellent heat stability, and long service life. Ideal for melting aluminum, copper alloys, gold, silver, and rare metals in foundry and laboratory applications.

Low Slag Adherence Silicon Carbide Graphite Crucible for Chemical Resistance to Alkalis Product Description: Silicon Carbide Graphite Crucible is an essential tool for any metallurgical or casting process. This versatile crucible is designed to withstand high temperatures and harsh conditions, making it ideal for various industrial applications. The Silicon Carbide Graphite Crucible comes in various sizes to accommodate different melting capacities, providing flexibility for

High-temperature resistant silicon carbide graphite crucible designed for copper and alloy melting. Features 40-50 W/mK thermal conductivity at 800℃, exceptional corrosion resistance, and superior heat stability. Ideal for induction furnaces with long service life, rapid heat transfer, and cost-effective performance across multiple heating cycles.

High-Performance Silicon Carbide Graphite Crucible Introduction Silicon carbide graphite crucibles with integrated pouring spouts are precision-engineered vessels designed for high-efficiency metal handling in demanding smelting and casting operations. Combining the exceptional thermal and mechanical properties of silicon carbide (SiC) and graphite, these crucibles feature a specialized spout design that enables controlled, spill-free pouring—a critical advantage in

Product Overview Our Silicon Carbide Graphite Crucibles are engineered for industries requiring superior thermal conductivity, exceptional durability, and resistance to extreme temperatures. Designed to withstand temperatures up to 1600°C (2912°F), these crucibles are ideal for melting, casting, and refining processes in metallurgy, semiconductor manufacturing, solar energy, and laboratory research. Key Features 1. Unmatched Thermal Performance High Thermal Conductivity:

High-Performance Silicon Carbide Graphite Crucible Introduction Silicon carbide graphite (SiC-graphite) crucibles are advanced refractory vessels engineered to withstand ultra-high temperatures, corrosive environments, and rapid thermal cycling. By synergizing the superior properties of silicon carbide and graphite, these crucibles deliver unmatched performance in metal smelting, alloy production, and high-purity material processing. Product Advantages 1. Superior Material

High-Performance Silicon Carbide Graphite Crucible Introduction Silicon carbide graphite crucibles with integrated pouring spouts are precision-engineered vessels designed for high-efficiency metal handling in demanding smelting and casting operations. Combining the exceptional thermal and mechanical properties of silicon carbide (SiC) and graphite, these crucibles feature a specialized spout design that enables controlled, spill-free pouring—a critical advantage in

High-Performance Silicon Carbide Graphite Crucible Introduction Silicon carbide graphite crucibles with integrated pouring spouts are precision-engineered vessels designed for high-efficiency metal handling in demanding smelting and casting operations. Combining the exceptional thermal and mechanical properties of silicon carbide (SiC) and graphite, these crucibles feature a specialized spout design that enables controlled, spill-free pouring—a critical advantage in

Industrial-grade silicon carbide graphite crucible withstands extreme temperatures up to 1600°C with superior thermal shock resistance and chemical inertness. Features 3x higher compressive strength than conventional crucibles, energy-efficient operation, and extended service life. Ideal for non-ferrous metal smelting, solar silicon purification, and precious metal recovery applications.