Silicon Carbide Graphite Crucible

Engineered for rotary drum furnaces, this SiC graphite crucible withstands mechanical rotation stress while ensuring uniform temperature. Features excellent thermal shock resistance and even wear for predictable life. Ideal for recycling and mixed scrap melting.

Chemically inert SiC-graphite crucible designed for in-furnace degassing and fluxing. Withstands aggressive agents, maintains melt purity, and is compatible with rotary degassing equipment. Stable under nitrogen/argon purging for long service life.

Optimized for gas fired crucible furnaces, this SiC graphite liner maximizes radiant heat absorption from flame. High thermal conductivity ensures efficient heat transfer, reducing fuel costs. Compatible with natural gas and LPG, it provides uniform heating for small to medium scale casting operations.

Engineered for non-stop 24/7 aluminum billet and slab casting. Features consistent thermal performance, high resistance to thermal fatigue, and low erosion rate for extended service cycles. Predictable service life enables efficient maintenance planning. Ideal for continuous billet, slab, and wire rod production.

Engineered for nickel-based superalloy melting up to 1600C. Features ultra-high purity graphite with SiC coating for exceptional chemical inertness and thermal shock resistance. Ideal for turbine blade casting and aerospace component manufacturing.

Engineered for magnesium alloy melting with enhanced flux and cover gas resistance. Dense 2.25 g/cm3 SiC-graphite matrix withstands aggressive chemical environments. Compatible with SF6 and argon. Ideal for AZ91/AM60 processing and automotive magnesium component production.

Conical bottom design ensures complete metal drainage with minimal heel retention. Compatible with bottom pouring systems for maximum recovery. Smooth interior promotes clean flow. Ideal for foundry and continuous casting applications.

Designed for tilting furnaces, this SiC graphite crucible features an integrated pouring spout for precise metal transfer, reducing splash and oxidation. Reinforced spout ensures durability, compatible with automated systems for efficient foundry casting.

Engineered for vacuum and inert gas atmosphere melting. Ultra-low outgassing ensures contamination-free processing of superalloys. Compatible with argon/nitrogen, high purity graphite matrix, temperature up to 1600C. Ideal for VIM and aerospace material preparation.

Engineered for 500-3000Hz induction furnaces, this SiC graphite crucible offers superior electromagnetic coupling, uniform heating, and anti-oxidation glaze protection. Ideal for non-ferrous metal melting, foundry, and die casting pre-melt stations. Extended service life and custom options available.

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.

High-performance SiC graphite crucible with low slag adherence and excellent chemical resistance to alkalis. Withstands up to 1600°C, offers superior thermal shock resistance, smooth glossy finish, and customizable sizes. Ideal for metal melting and casting in demanding industrial environments.

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-density SiC-graphite crucible with integrated pouring spout for controlled metal handling. Anti-oxidation, thermal shock resistant, and energy efficient. Ideal for aluminum, copper, and precious metal casting. Custom sizes available. 20+ years expertise.

Engineered for extreme heat up to 1600C, our SiC graphite crucibles offer superior thermal conductivity and durability. Ideal for melting non-ferrous metals and semiconductor materials. Custom sizes from 50ml to 500L with oxidation-resistant coating for extended service life.

High-performance SiC-graphite crucible with anti-oxidation and excellent thermal conductivity. Isostatic-pressed for consistency and structural integrity. Energy-efficient, cost-effective, and customizable for aluminum, copper, and precious metal smelting. Ideal for industrial and R&D applications.

Precision-engineered SiC graphite crucible with integrated spout for spill-free pouring. Features anti-oxidation, excellent thermal conductivity, and extended service life. Static pressed for consistency. Ideal for aluminum, copper, gold, and silver casting. Energy-efficient and cost-effective.

Isostatic-pressed SiC-graphite crucible with anti-oxidation and excellent thermal conductivity. Energy-saving, durable, and customizable for non-ferrous metal casting, recycling, and R&D. Backed by 20+ years of expertise.

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.