Silicon Carbide Graphite Crucible for Silver Melting

Engineered for Peak Performance in Precious Metal Processing: Our Hot Isostatically Pressed Silicon Carbide Graphite (SiC-Graphite) Crucible is the premium solution for demanding silver melting applications. Manufactured using advanced isostatic pressing technology, this crucible combines the exceptional high-temperature strength and thermal conductivity of graphite with the superior hardness, oxidation resistance, and chemical inertness of Silicon Carbide (SiC). This unique composite structure delivers unparalleled durability, longevity, and process reliability when melting pure silver and silver alloys at high temperatures.

• Unmatched Thermal Resilience: Withstands sustained temperatures <1600°C and severe thermal cycling inherent in batch melting without cracking or spalling, ensuring operational reliability and crucible longevity.
• Enhanced Mechanical Robustness: High structural integrity resists mechanical stress from heavy copper charges, vigorous stirring for degassing or fluxing, and impact during handling. SiC's hardness drastically reduces erosion from scrap.
• Exceptional Chemical Inertness: Highly resistant to oxidation (crucial in air-containing furnace atmospheres) and corrosion from molten copper, copper oxides (CuO, Cu₂O), common refining fluxes (e.g., borax, soda ash), and slag. This minimizes contamination, preserves melt purity (critical for electrical grade copper), and prevents premature crucible degradation.
• Optimized Thermal Conductivity: The SiC-Graphite synergy enables rapid, uniform heat distribution throughout the crucible wall. This translates to faster melting cycles, improved energy efficiency, and precise temperature control essential for consistent alloying and casting quality.

They can be used for resistance furnace, induction furnace, biological particles furnace, gas furnace, coke oven, furnace oil, and gas furnace to melt gold, silver, copper, aluminum, tin, lead, zinc and other nonferrous metals, and various non-ferrous alloys.

• Copper: OFC, bronze, brass melting
• Aluminum: Alloy production, recycling
• Precious Metals: Gold, silver refining
• Specialty Processes: Vacuum melting, induction furnaces

Qingdao Baidun Special Ceramics Technology Co., LTD.(Qingdao Baidun) is located in the SCO Demonstration Area,Qinadao,China, Qinadao Baidun and it's subsidiaries specializes in the manufacture of crucibles for non-ferrous metal smelting, refractory products for continuous casting and alumina grinding ball. lt has a registered capital of 100milion RMB and covers an area of 100,000㎡. Qinadao Baidun has two brands, "Baidun"and "J&J" .which are respectively for Chinese and overseas markets, Qingdao Baidun is one of the largest crucible manufacturers in China that uses isostatic pressing technology to produce silicon carbide graphite crucibles and clay graphite crucibles. With many years ofresearch and field tests, the technical team of Qinadao Baidun has made sianificant efforts tosolve various technical problems and developed silicon carbide graphite crucibles and clay graphite crucibles which have characteristics of high oxidation resistance,high thermal conductivity, long service life, and low energy consumption, increasing production efficiency and significantly reducing production costs for non-ferrous metal smelting companies, Third-party professional institutions have selected Qinadao Baidun as the champion crucible brandin Chinese die-casting industry for many years since 2016.

J&J/Baidun Crucible is a top-quality product made in China, known for its high temperature resistance, chemical resistance, and durability. Composed of high pure materials such as SiC and clay, this crucible is designed for laboratory applications requiring reliable performance under extreme conditions.

Packing: Use professional export packaging, wooden box or wooden box packaging, cardboard, carton, ton bag, or packaging according to customer requirements.

Delivery time: 10-45 days after confirming the order, the specific delivery date should be determined according to the and order quantity.