Graphite Sintering Mold

Graphite Sintering Mold

Graphite Sintering Mold

Graphite sintering mold is a kind of mold carefully made of high purity graphite material. Due to the excellent characteristics of graphite, it has excellent performance in various high-temperature sintering processes. It has a wide range of applications, such as powder metallurgy, ceramic firing, electronic components manufacturing and other industries.

This mold can accurately shape the shape of various materials to meet the high-precision needs of different industrial production. And it is an indispensable key component in modern industrial manufacturing.

Graphite sintering molds

The graphite sintering mold is mainly presented as a variety of shapes adapted to the workpiece to be formed. Such as complex special-shaped, regular cylinder, etc. And it has a lot of advantages.

Стійкість до високих температур

It can withstand extremely high temperatures, usually can work stably at 1500°C or even higher temperatures. And it will not be deformed or melted due to high temperature, which makes it very suitable for high temperature sintering process.

Хімічна стабільність

It is inert to most chemical substances and will not chemically react with the sintered material during the sintering process. Ensuring the purity and quality stability of the product.

Хороша теплопровідність

It can transfer heat quickly and evenly, so that the sintered material is heated evenly. It effectively avoids local overheating or undercooling phenomenon, and improves the quality consistency of sintered products.

Good machinability

It is easy to carry out mechanical processing. You can process it into a variety of complex shapes according to different design requirements, to meet the diversified production needs.

High dimensional accuracy

The dimensional accuracy of the processed graphite sintering mold is high. This can ensure the dimensional accuracy of the sintered products and reduce the scrap rate.

Long service life

With its stable performance and strong structure, it has a long service life under normal use conditions, reducing production costs.

 

Uses of graphite sintering molds

Powder metallurgy industry:

You can use graphite sintering mold to manufacture various порошкова металургія parts, such as mechanical parts, auto parts, aerospace parts and so on. By placing metal powders in graphite sintering molds and densifying them at high temperatures, products with specific shapes, dimensional accuracy and mechanical properties are obtained.

 

Electronic components manufacturing:

You can use it to manufacture ceramic substrates and magnetic materials in electronic components. In the production process of electronic components, it can ensure the dimensional accuracy and performance stability of products. And it also meets the requirements of the electronics industry for high precision products.

 

Ceramic manufacturing industry:

Graphite sintering molds are widely used in the sintering of ceramic products. For example, with good thermal conductivity, it can precisely control of microstructure, improve the insulation and electrical reliability of electronic ceramic substrate. It can help ceramic materials to achieve densification at high temperatures and improve the strength and performance of ceramic products.

 

Cemented carbide production:

Cemented carbide sintering molding is inseparable from graphite sintering mold. By sintering the cemented carbide powder at high temperature in the mold, the cemented carbide products with high hardness and high strength are formed. You can widely use it in cutting tools, mining tools and other fields.

 

Processing of other high-temperature materials:

For the development and production of some new high-temperature materials, it also plays an important role. It can provide reliable tool support for the molding and performance optimization of these materials at high temperatures.

 

Diamond tool manufacturing

Graphite sintering molds are used in the manufacturing process of diamond tools. They are heating elements and also play the role of mold support. Graphite materials have small porosity, dense structure, and strong oxidation resistance, which ensures the dimensional accuracy and shape of diamond tools.

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