Pingdingshan Wanhui Graphite Co., Ltd.
Pingdingshan Wanhui Graphite Co., Ltd.

Graphite Molds for Casting Metal

Artificial graphite is considered to be the most suitable material for the continuous or semi-continuous casting of non-ferrous metals. Production practice has proved that using graphite mould continuous casting industry, because of its good performance of thermal conductivity, thermal conductivity performance determines the speed of solidification of the metal or alloy), mold good self-lubricating performance factors, not only make the casting speed, and due to the size of the graphite blocks for casting precision, smooth surface, uniform crystal structure, can be directly for the next working procedure of processing. This not only greatly improves the rate of finished products, reduces the loss of waste, but also greatly improves the quality of products.


Graphite Mould for Casting Benefits

The coefficient of thermal expansion is an important factor to determine the use of graphite as die material. Molds are media with very heterogeneous temperatures, hot from the inside due to the molten material and cold from the outside due to the cooling process applied to them. The low thermal expansion coefficient exhibited by graphite enables the die to function without deformation or cracking. Another very important factor is self-lubrication. Graphite is a solid lubricant that creates low friction between the mold and the casting material. The graphite can then be smoothly extracted from the casting.


Graphite Mould for Casting Factors

There are many factors that determine the life of continuous casting graphite dies. The composition of casting material, to casting temperature, to cooling rate, will affect the life of graphite mold. The specific graphite grade used is also determined by a number of factors. The main factor is what kind of material technology is to be used in the graphite mould casting. For example, for gray cast iron or high-nickel alloys, wear-resistant graphite is required, while for brass, relatively dense graphite with sufficient porosity to allow zinc to evaporate would be a better choice.

Graphite Mold Casting Process

WH Graphite employs the highly efficient Graphite Permanent Mold Casting process, a metal casting technique renowned for its versatility and cost-effectiveness. This method utilizes durable graphite molds to produce a wide array of parts from metals like aluminum, zinc, and copper.

The process starts with mold preparation, where two graphite blocks are secured in a press, and molten metal is poured into the mold's gate or injection cell. Once the metal solidifies, the graphite molds are separated, and the castings are carefully removed.

What sets this process apart is the reusable and long-lasting nature of graphite molds. The preparation of these molds involves creating a malleable paste by mixing graphite powder with a binder material, such as clay or resin, forming the mold.

Graphite mold casting offers several advantages, including reduced costs, extended mold life, and superior quality in the output parts. It finds applications across various industries, such as continuous casting, semi-continuous casting, and the casting of non-ferrous metals.

In summary, WH Graphite's Graphite Permanent Mold Casting is a valuable metal casting technology, offering high-quality metal parts, cost savings, and extended mold life, making it a crucial process for a wide range of applications.

Graphite Mold Casting Aluminum

Graphite mold casting for aluminum is a cost-effective and highly efficient metal casting process. This method involves the use of graphite molds to shape and cast aluminum parts. The process begins with the preparation of graphite molds, which are created by mixing graphite powder with a binder material. Once the molds are ready, molten aluminum is poured into them. As the aluminum cools and solidifies, it takes the form of the graphite mold, resulting in precise and high-quality aluminum components. Graphite mold casting for aluminum is renowned for its ability to produce intricate, detailed parts, its cost-efficiency, and its suitability for a wide range of applications in industries like automotive, aerospace, and more.

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