Large Graphite Block

Large Graphite Block

Large Graphite Block

The large graphite block is a block made of a high purity graphite material. It has excellent physical and chemical properties. With its thermal, electrical and chemical stability, it plays an important role in modern industry. It is a reliable material that can adapt to a variety of working conditions. The graphite block maximum size can reach 800*800*3000mm.

Large Graphite Blocks for Sale

Large graphite blocks are usually in bulk form. Its advantages are obvious.

İyi termal kararlılık

It can maintain stable performance in a certain high temperature range.

Güçlü kimyasal kararlılık

It can resistant to a variety of chemical substances erosion.

İyi elektrik iletkenliği

You can use it in electronic and electrical related scenes.

Strong and durable structure

It can withstand greater pressure and wear. Machining makes the structure stronger.

İyi termal iletkenlik

It can efficiently conduct heat, which is critical in many applications with heat transfer requirements. Such as in some industrial heating or cooling systems, where good thermal conductivity can ensure the rapid transfer and uniform distribution of heat. And improve the overall thermal efficiency.

Types of large graphite block

Extruded graphite blocks

By extrusion molding, they have specific shape and dimensional accuracy and are easy to use in some equipment requiring custom shapes. Such as specially shaped reaction tank linings in chemical equipment.

Molded graphite blocks

Molded graphite blocks are molded with specific shape and dimensional accuracy, making them easy to use in some devices that require custom shapes. Such as specially shaped elektrotlar in electronic devices.

Vibrated graphite blocks

Vibrated graphite blocks are formed by vibration and have unique shape and dimensional accuracy. It is easy to use in some equipment that requires custom shapes, such as molds for special shapes in machining.

Isostatic graphite blocks

By izostatik pressing, they have precise shape and dimensional accuracy. After machining, it is easy to use in some form-demanding equipment. Such as special shape wafer bearing tables in semiconductor manufacturing.

 

Uses of large graphite block

For Casting and smelting industry

As a mold material, due to its high temperature resistance and small coefficient of thermal expansion, it can ensure that the mold maintains dimensional accuracy during the repeated heating and cooling process. Thereby improving the molding quality and production efficiency of the product. You can use graphite block in die casting, injection molding and other molding processes.

In terms of heating elements

Using its good electrical conductivity and high temperature resistance, the electric energy is efficiently converted into heat energy. You can apply it in various industrial heating Fırınlar to achieve rapid heating of materials.

Enerji alanı

In nuclear energy applications, you can use it as the matrix of neutron decelerating materials. Relying on its stable physical properties and appropriate atomic structure, it effectively regulates the speed of neutrons and ensures the safety and stability of nuclear reactions.

In the production of new energy batteries

You can use large graphite blocks as the base material for battery electrodes. And with its good electrical conductivity and chemical stability, the charge and discharge performance and service life of the Pil are improved.

Kimya endüstrisi

As the Astar material of corrosion resistant containers, it can resist the erosion of a variety of corrosive media such as strong acid and alkali. It can protect the container body, and extend the service life of chemical equipment. This is commonly found in various reaction reactors, storage tanks, etc.

In the chemical fluid transportation process

The pipeline and valve components made of graphite blocks, because of their good corrosion resistance and sealing performance. It can ensure the safe and stable transportation of chemical fluids, reduce the risk of leakage. And improve the safety and continuity of chemical production.

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