Inductor Graphite Silicon Carbide Crucible for Non-Ferrous Metals

Description

Inductor Graphite Silicon Carbide Crucible – High-Temperature Melting Solution for Non-Ferrous Metals

Engineered to deliver superior performance in extreme high-temperature operating environments, our inductor graphite silicon carbide crucibles dedicated to tin and lead melting processes have been widely recognized and trusted across the fields of metallurgical processing, foundry production, and precious metal refining. Fabricated from high-purity natural graphite, silicon carbide, and advanced refractory composite materials, these crucibles exhibit exceptional thermal conductivity, outstanding oxidation resistance, and robust mechanical stability, thereby meeting the stringent melting requirements of critical industrial applications involving non-ferrous metals, precious metals, tin and lead.

Our specialized inductor graphite silicon carbide crucibles for tin, lead and multi-metal melting operations are engineered specifically for the melting and refining of a comprehensive range of non-ferrous metals, precious metals, tin and lead, including but not limited to:

Non-ferrous metals: Aluminum, copper, brass, zinc, tin, lead, etc.
Precious metals: Gold, silver, platinum, etc.

Optimized primarily for induction furnace applications, these crucibles are also fully compatible with gas-fired furnaces, electric resistance furnaces, and coke-fired furnaces. They are extensively deployed in industrial metallurgy, precision jewelry manufacturing, and scientific laboratory research scenarios, serving as a reliable solution for enterprises seeking high-performance graphite silicon carbide crucibles for large-scale tin and lead melting procedures and research institutions in need of stable refractory crucibles for high-temperature tin and lead melting experiments.

Inductor Graphite Silicon Carbide Crucible Characteristics:

High thermal efficiency: The cylindrical shape enables even heat distribution and excellent temperature stability.
Outstanding thermal shock resistance: Withstands rapid heating and cooling without cracking.
Superior corrosion resistance: Silicon carbide-glazed layer resists oxidation and chemical attack.
High mechanical strength: Dense isostatic structure ensures durability during repeated thermal cycles.
Low metal contamination: Made from ultra-pure raw materials to maintain metal purity during melting.
Long service life: Typically 3–5 times longer than conventional clay graphite crucibles.

Inductor Graphite Silicon Carbide Crucible Specifications & Custom Solutions

We offer a comprehensive range of standard sizes to fit diverse melting capacities, from small-scale laboratory use to large industrial production lines. As a professional manufacturer, Zibo Shengkai New Materials specializes in customizing our Graphite Silicon Carbide Crucibles—we can adjust the material ratio according to your specific production scenarios. This tailored formulation ensures the crucible perfectly adapts to your working conditions, significantly extending its service life. Need a custom solution? We also provide tailored sizes and shapes (conical, boat-shaped, rectangular, etc.) based on your drawings or samples to match your unique application needs.

Cylindrical Shape Diagram

Cylindrical Graphite Silicon Carbide Crucible Diagram

Technical Parameters

NO	Model	ODMM	HMM	IDMM	BDMM	Brim.Cap (L)
73	IND205	330	505	280	320	27.67
74	IND285	410	650	340	392	38.46
75	IND300	400	600	325	390	40.49
76	IND480	480	800	480	480	64.78
77	IND540	420	810	340	410	72.87
78	IND760	530	800	415	530	102.56
79	IND700	520	710	425	520	94.47
80	IND905	650	650	565	650	122.13
81	IND906	625	650	525	535	133.25
82	IND980	615	1000	480	615	132.25
83	IND990	520	900	428	520	121.46
84	IND1000	530	1000	430	520	133.60
85	IND1000	520	1200	430	520	134.95
86	IND1100	580	900	564	650	148.45
87	IND1200	630	900	530	630	161.94
88	IND1250	650	1100	565	650	168.69
89	IND1410	710	720	625	710	183.93
90	IND1850	710	920	625	710	249.66
91	IND4700	825	1620	720	820	602.00
92	IND5600	980	1700	860	965	755.74