Graphite Molds For Copper

Graphite molds for copper, It is a mold for casting copper tubes, also known as graphite crystallizer, which is indispensable in the continuous casting of copper tubes.

Advantages of graphite molds for copper

Excellent high-temperature resistance

It can withstand the melting temperature of copper at 1083℃, which will not soften or deform. You can use it in a high-temperature environment for a long time, ensuring the stability of the mold structure.

Strong resistance to copper liquid corrosion

It has stable chemical properties and is not prone to react with molten copper and copper alloys. It avoids contamination of the copper liquid and ensures the purity of copper products.

Excellent demolding performance

After the copper liquid cools and solidifies, it is easy to separate from the mold. So it can reduce the adhesion loss of copper parts and improving the yield rate.

High molding accuracy

It is easy to undergo precise processing, which size error of the mold cavity can be controlled within a very small range. It can replicate the complex structure of copper parts, meeting the molding requirements of precision copper components.

Good thermal conductivity uniformity

It can make the molten copper cool uniformly in the mold, reducing the defects such as shrinkage cavities and cracks. And then it improves the mechanical properties of copper products.

Uses of graphite molds for copper

In the precision machinery field

For processing copper components in mechanical transmission systems

Because of the high precision of the mold, you can use graphite molds to process copper bearings, copper worm wheels, and copper nuts. It ensures the compatibility of component sizes, reduces wear during mechanical operation, and extends the service life of the equipment.

In the electronic and electrical field

For manufacturing copper conductive components

In electronic devices, you can use it to make copper terminal blocks, copper heat sinks, and precision copper coil frames. The mold ensures smooth surfaces and precise dimensions of the components, ensuring stable electrical conductivity. And then meeting the requirements for the miniaturization of electronic devices.

In the pipeline and valve field

For producing copper valves and copper pipe fittings

You can use it to produce copper elbows and copper three-way fittings in pipeline systems. Its resistance to copper liquid corrosion can prevent impurities from forming inside the copper parts. So it can ensure the sealing performance during pipeline transportation and reducing the risk of leakage.

In the automotive and transportation field

For processing copper components in automotive parts

You can use it to process automotive air conditioning copper piping, engine copper gaskets, and new energy vehicle copper busbars. It is suitable for mass production by die-casting, meeting the requirements of the automotive industry for consistency and durability of copper parts.

In the hardware and decoration field

For creating copper components for hardware tools and decorative copper parts

Such as copper wrench heads, copper handicrafts and architectural decoration copper strips. The mold can replicate complex patterns and shapes, which enhances the appearance texture and usability of the copper parts.