Vibrated Graphite

Vibrated graphite has the characteristics of optimized physical and chemical properties, uniform structure, low ash content, good electrical and thermal stability, etc. It has shown good application prospects in many fields of modern industry. It is a high-performance material that can meet various needs, especially suitable for occasions with high requirements for material stability and performance consistency. Such as manufacturing graphite electrodes, crucibles for smelting and casting, and heating elements for high-temperature furnaces.

Advantages of vibrated graphite

The appearance of vibrated graphite is varied, common block, plate and so on. The advantages are obvious.

Good thermal stability

It can maintain stable physical and chemical properties in a wide temperature range (such as -150°C to 500°C). It has low coefficient of thermal expansion. This effectively avoids structural deformation and performance deterioration caused by temperature changes.

Excellent mechanical properties

It has high strength and toughness, can withstand a certain degree of external impact and mechanical pressure. So it is not easy to crack and damage.

Strong chemical stability

It has good tolerance to most acids, bases, salts and other chemicals. And can maintain long-term stability in complex chemical environments.

Stable and reliable electrical conductivity

In terms of electrical conductivity, vibrating graphite shows stable and reliable electrical conductivity. It can meet the conductive needs of a variety of electronic and electrical applications.

In addition, its unique vibration treatment process makes its internal structure uniform and good performance consistency during use. And this provides guarantee for accurate control and stable operation in industrial production.

Types of vibrated graphite

By raw materials:

Natural graphite base

Processed with natural graphite, with lubrication and layered structure characteristics. It has stable performance, low cost, used for ordinary motor brushes and so on.

Artificial graphite base

It is made of synthetic raw materials, purity and performance can be controlled. You can use it in areas with high performance requirements such as electronic chip heat sink.

By performance:

High thermal conductivity vibrated graphite

It can optimize the process to improve thermal conductivity. And you can use it in thermal management scenarios such as computer CPU heat dissipation modules.

High wear resistance vibrated graphite

Through additives to enhance wear resistance, it is suitable for automotive engine piston rings and other easily worn parts.

In addition, you can also choose sintered vibrated graphite, impregnated vibrated graphite, composite vibrated graphite or other types of vibrated graphite products. To meet the special requirements of different working conditions for material vibration characteristics, mechanical strength, chemical stability and other aspects.

Uses of vibrated graphite

Manufacturing Graphite electrode

You can use vibrated graphite Elektrode in in the electric arc furnace smelting industry. Its good conductivity and stable conduction of current help to reduce power loss, improve production efficiency, reduce costs.

Make Coasting Crucible

You can widely use graphite Schmelztiegel in metal smelting. It has high temperature resistance, strong chemical stability, high mechanical strength, long service life. It can ensure metal purity and quality, improve the continuity of production.

Lithium battery

As a negative electrode material or additive, its microstructure is conducive to lithium ion activity. It can improve charge and discharge efficiency and cycle life, reduce battery internal resistance, enhance power performance. And promote the development of clean energy.

Furnace heating element

In the industrial heating Ofen, it can quickly heat up and good temperature equalization, high temperature resistance. And ensure product quality, reduce equipment maintenance costs, improve production efficiency and pass rate.

Single crystal polycrystalline silicon furnace

You can use it to manufacture key components in the furnace. Its high purity can avoid impurities affecting silicon crystal growth. Its stable high temperature performance and thermal field help crystal growth, improve electrical performance.

Lining

It can resist high temperature, chemical erosion and thermal shock in high temperature furnace, good heat insulation. And improve energy utilization efficiency, extend service life.