Graphite Sagger

Description

A graphite crucible is a container made of graphite material, usually with a regular shape and a certain depth. It is elaborately processed using advanced manufacturing techniques, with a relatively smooth surface and uniform texture. Graphite crucibles are widely used in industrial production and can withstand various complex and harsh conditions.

Features

Excellent high-temperature resistance: It can remain stable in extremely high-temperature environments and is not prone to deformation or damage.

Good thermal conductivity: It can quickly transfer heat to ensure uniform heating of the internal materials.

High chemical stability: It has strong tolerance to most chemical substances and is less likely to undergo chemical reactions.

Good thermal shock resistance: It can maintain its structural integrity under conditions of rapid temperature changes.

Relatively high mechanical strength: It has certain compressive and impact resistance capabilities.

Applications

Metallurgical field: It is used in processes such as metal smelting, refining, and casting.

Chemical industry: It carries various chemical substances for reactions and processing.

Electronics industry: It is used in specific processing processes in semiconductor manufacturing.

Ceramic firing: It ensures the firing quality of ceramic products.

Graphite crucibles play an indispensable role in multiple industrial fields due to their outstanding performance. They effectively improve production efficiency and guarantee product quality, providing strong support for the development of related industries. With the continuous advancement of technology, the performance of graphite crucibles will further improve, and the application scope is also expected to continue to expand.

Specifications

Material

High quality graphite

Capacity

Accept customization

Size

Accept customization

Compatibility

Suitable for all kinds of furnaces and melting devices

Parameter

Type	Bulk Density	Specific Resistivity	Heat Conductivity（100℃）	Coefficient of Thermal Expansion	Shore Hardness	Flexural Strength	Compressive Strength	Modulus of Elasticity	Porosity	Ash	Granularity	Recommended
Type	g/cm³	μQ·m	W/m.k	HSD	HSD	Mpa	Mpa	Gpa	%	PPM	μm	Applications
WX-4	1.75	8-11	110-120	5.46	42	65	38	9	17	50	13-15	Common (use)
WX-5	1.85	8-10	130-140	4.75	48	85	46	11.8	13	50	13-15	Common (use)
WX-6	1.90	8-9	130-140	4.80	53	95	55	12	11	50	8-10	Metallurgy
WX-7	1.82	11-13	110-120	5.80	65	51	115	12	12	50	/	Common (use)
Hong-5	1.68	13-15	80-100	5.80	60	80	38	8.8	18	50	8-10	EDM
Hong-7	1.85	11-13	100-120	5.90	68	135	62	12	12	50	7	EDM & Photovoltaic
Hong-8	1.90	11-13	110-120	5.85	72	160	70	13	11	50	5	EDM & Hot Press
BD900	1.83	8-11	120	4.90	50	87	45	11	13	50	/	Hot Bending Glass: Automotive
BD950	1.85	8-11	130	5.00	51	100	55	13	13	50	/	Hot Bent Glass: Rear Covers
BD960	1.79	8-11	100	5.30	55	101	60	12	14	50	/	Hot Bent Glass: Front Cover
RW800	1.85	11-13	95	6.00	70	140	70	12	15	50	/	Semiconductor
RW810	1.82	11-13	95	6.10	70	145	68	11	15	50	/	Semiconductor
RW860	1.82	12-15	90	6.20	70	150	65	13	15	50	/	Semiconductor

Graphite Sagger

Description

Features

Applications

Specifications

Parameter

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