Graphite Heaters

Description

Graphite thermal fields are usually precisely processed from graphite materials, and their design and manufacture aim to provide an accurate and reliable thermal environment for specific industrial processes. The components of such thermal fields may include heaters, crucibles, insulation screens, draft tubes, etc. These components work together to form an efficient heat transfer and distribution system. During high-temperature processing, the graphite thermal field can effectively reduce heat loss, improve energy utilization efficiency, and ensure the stability of the process and the quality consistency of the products.

Features

Excellent high-temperature resistance: Graphite can withstand extremely high temperatures and still maintain stable physical and chemical properties in high-temperature environments.

Good thermal conductivity: It can transfer heat quickly to ensure uniform temperature distribution inside the thermal field.

High chemical stability: It is not prone to react with most chemical substances, thereby prolonging the service life.

Low expansion coefficient: When the temperature changes, the size change is small, which helps maintain the stability of the thermal field structure.

High strength and wear resistance: It can withstand certain mechanical stresses and frictions and is not easily damaged.

Applications

Semiconductor industry: It is used for crystal growth, such as the Czochralski growth of silicon single crystals, to ensure the temperature uniformity and stability during the crystal growth process.

Photovoltaic industry: It plays a key role in the production of polysilicon and monocrystalline silicon, helping to improve the quality and production efficiency of silicon wafers.

Metal smelting: For example, in the smelting and purification process of rare metals, it provides a suitable high-temperature environment.

Industrial ceramic manufacturing: It helps ceramic materials sinter and form at high temperatures to obtain ideal properties.

Scientific research field: In various high-temperature experiments and research, it provides reliable thermal control conditions for researchers.

In conclusion, graphite thermal fields, with their unique performance advantages, occupy an indispensable position in many high-temperature-related fields of modern industry and play an important role in promoting the development and technological progress of related industries.

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
YT-WX-4	1.75	8-11	110-120	5.46	42	65	38	9	17	50	13-15	Common (use)
YT-WX-5	1.85	8-10	130-140	4.75	48	85	46	11.8	13	50	13-15	Common (use)
YT-WX-6	1.90	8-9	130-140	4.80	53	95	55	12	11	50	8-10	Metallurgy
YT-WX-7	1.82	11-13	110-120	5.80	65	51	115	12	12	50	/	Common (use)
YT-H-5	1.68	13-15	80-100	5.80	60	80	38	8.8	18	50	8-10	EDM
YT-H-7	1.85	11-13	100-120	5.90	68	135	62	12	12	50	7	EDM & Photovoltaic
YT-H-8	1.90	11-13	110-120	5.85	72	160	70	13	11	50	5	EDM & Hot Press
YT-BD900	1.83	8-11	120	4.90	50	87	45	11	13	50	/	Hot Bending Glass: Automotive
YT-BD950	1.85	8-11	130	5.00	51	100	55	13	13	50	/	Hot Bent Glass: Rear Covers
YT-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 Heaters

Description

Features

Applications

Specifications

Parameter

Get In Touch With Us

Contact Info

RELATEDPRODUCTS

Customized Graphite Products

QUICKQUOTE