Graphite Ingot Mold

Graphite Ingot Mold

Graphite Ingot Mold

The graphite ingot mold is a specialized casting mold made from high-density graphite material through forming, sintering and precise processing. It has excellent properties such as high-temperature resistance, uniform heat conductivity, non-adhesion to metal molten liquid, and dimensional stability. So it performs outstandingly in the casting industries of non-ferrous metals and ferrous metals, which is a wear-resistant, damage-resistant, and highly precise workpiece material. And it is highly suitable for the strict production requirements of metal molten liquid pouring and solidification.

Advantages of Graphite Ingot Mold

It has various structures such as slot-shaped, cup-shaped or custom cavities, which also has  remarkable advantages.

E매우 강력한 열 안정성

It can operate stably for a long time at temperatures ranging from 1500°C to 2200°C.

 

Uniform heat conduction

This allows the molten metal to cool orderly from the outside to the inside and reduces defects such as shrinkage cavities and cracks in the ingot.

 

Stable chemical properties

It doesn’t react with most metal molts, so it can result in a smooth surface of the ingot after demolding.

 

H높은 기계적 강도

It is resistant to wear and thermal shock, which has a service life far exceeding that of traditional sand molds.

 

High processing accuracy

Its size tolerance of the cavity can be controlled at the micrometer level, which enables precise reproduction of the design shape of the ingot.

 

Maintenance is simple

You can quickly repair the minor wear through mechanical processing.

 

Uses of Graphite Ingot Mold

 

In the field of non-ferrous metal casting

Aluminum and aluminum alloy ingots

You can use it to cool and form the aluminum and aluminum alloy molten liquid. It can produce surface-precise aluminum ingot blanks, which is used for processing automotive wheels, aerospace aluminum materials, etc. Because of the non-adhesion property, it can significantly improve the demolding efficiency and reduce production costs.

 

Copper and copper alloy ingots

You can use it to produce copper ingots and brass ingots, etc. With the uniform thermal conductivity can avoid component segregation of copper ingots, it can ensure the ductility for subsequent processing.

 

Black metal casting field

Special steel ingots

It can withstand the high temperature of molten steel, which is used in the production of special steel ingots such as mold steel and tool steel. While it can also avoids impurity contamination, and improves the hardness and toughness of the steel.

 

Cast iron ingots

You can use it to produce ingots of cast iron parts such as machine tool beds and engine cylinder blocks. Its impact resistance can adapt to the high-temperature impact of cast iron molten liquid, prolonging the service life of the mold.

 

Precious metals and special alloys field

Gold and silver ingots

다음을 사용할 수 있습니다. 흑연 몰드 in the production of precious metals for jewelry and electronic components. It can ensure the surface smoothness of the ingots and reduce the loss of precious metals.

 

High-temperature alloy ingots

With the dimensional stability and high-temperature resistance, it is for producing ingots of aircraft engine blades and rocket propulsion components.

 

Recycled metal recycling field

Because it can pour molten recycled metals into standard ingots, facilitating storage, transportation and further processing. You can use it in the process of recycling and reusing scrap steel and scrap aluminum to improve the utilization rate of recycled resources.

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