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Good Thermal Shock Resistance Graphite Block for Photovoltaic Industry High Temperature furnace Application

Home Products Graphite Block Good Thermal Shock Resistance Graphite Block for Photovoltaic Industry High Temperature furnace Application

Good Thermal Shock Resistance Graphite Block for Photovoltaic Industry High Temperature furnace Application

Customization:	Available
Application:	Chemical Industry, Electroplating Industry, Metallurgical Industry, Papermaking Industry, Petrochemical Industry
Customization:	Yes

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Product Description

Basic Info.

Model NO.

Graphite Block

Crystal Morphology

Compact Crystalline Graphite

Forming Way

Isostatic Graphite

Grade

Industrial Grade

Density

1.85 g/cm3

Sample

Available

Composition

Carbon

Type

Graphite Block

Bulk Density (Graphite Block)

1.85g/cm3-1.88g/cm3 (Graphite Solid)

Transport Package

Wooden Box

Specification

customize

Trademark

NALAI

Origin

China

Production Capacity

3000 Tons/Month

Product Description

Graphite block is made of domestic petroleum coke, with carbon content above 99%. We have vibrated,molded and isotropic graphite block.
They are widely used in such fields as mechanical , electronics, chemical industry and other new industries.

We can machine to specific shapes according to customers' requirements.

Customization is available,For more models, Please contact by instant Message or e-Mail.

tem	Unit	Material 1	Material 2
Max Grain size	mm	0.8	0.8
Bulk Density	g/cm3	≥1.70	≥1.73
Electric Resistance	μΩ.m	≤8.5	≤8
Bending Strength	MPa	≥10	≥12
Compressive Strength	MPa	≥24	≥31
Thermal Conductivity	W/(m.K)	≥120	≥130
C.T.E(100-600)ºC	10-6/ºC	≤2.5	≤2.5
Ash Content	%	≤0.3	≤0.3

Graphite blocks are used to make capable, reliable products.
Graphite blocks produce electrodes that exhibit high electrical conductivity properties as well as good refractory properties (for example, high thermal shock resistance and low thermal expansion).
Graphite blocks exhibit high mechanical strength, high thermal conductivity, and high density.
Graphite blocks are highly machinable
These materials are chemically stable and lightweight.

Our advantages:
Low electric resistance

High temperature resistance
Good electric and thermal conductivity
High oxidation resistance
Greater resistance to thermal and mechanical shock
High mechanical strength and machining accuracy
Homogeneous structure
Hard surface and good flexural strength
Good Thermal Shock Resistance Graphite Block for Photovoltaic Industry High Temperature furnace Application

Application

Photovoltaic industry
Semiconductor application
EDM
3D glass mold
Optical fiber application
High temperature furance application
Metallurgy application
Chemical heat exchanger

The Application
Diamond Tool Pressure Sintering
Die Moulds
Continuous Casting Dies for Aluminium,Copper and Brass
Degassing Rods
Crucibles and Sealing Rod
Semi Conductor applications
Solar Technology applications
EDM Applications

Packing Delivery
Good Thermal Shock Resistance Graphite Block for Photovoltaic Industry High Temperature furnace Application

Company Profile

Shijiazhuang Nalai Biotechnology Co., Ltd

1.Specialized in making graphite products.

2.Main products: graphite block, graphite plate, graphite rod, graphite tube, graphite mold, graphite crucible, graphite rotor&shaft, graphite sealing, graphite felt, carbon vane, ect.

3.In addition to product manufacturing, we also provide customized services.

We look forward to establishing long-term and stable cooperative relations with more customers and creating a better future together!

Thermal Shock Resistance Graphite Block FAQs

Why is graphite resistant to thermal shock?

Graphite has a low coefficient of thermal expansion, allowing it to expand and contract very little under temperature changes. Its high thermal conductivity also helps distribute heat evenly, reducing internal stresses.

How should I handle or use thermal shock resistant graphite?

Even though it resists thermal shock well, avoid exposing it to moisture or sudden direct flame contact when cold. Gradual heating is recommended for optimal performance and longevity.

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