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Isostatic Pressing Formed Graphite

Isostatic pressing is an advanced manufacturing technique that is commonly used for producing high-quality graphite components. This process involves applying high pressure on graphite powder at room temperature to form a dense and homogeneous material. The resulting product has excellent...

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Product Introduction

One of the main advantages of isostatic pressing in the production of graphite components is its ability to produce uniform parts with consistent density and morphology. This means that the finished product has a high level of precision, which is essential in many applications such as aerospace and electronics.

Isostatic pressing has a low material wastage rate, which is a cost-saving feature for manufacturers. The process is also environmentally friendly, as it does not involve the use of any harsh chemicals or high-temperature processes.

Isostatic graphite property indicators for EDM industry：
Model	Density	Electrical Resistivity	Shore Hardness	Compressive Strength	Flexural Strength	Average Granularity
Model	g/cm3	μΩm	HSD	Mpa	Mpa	μm
KYX-7	1.76	12～16	40	80	40	8
KYX-60	1.78	12～16	45	90	45	4
KYD-8	1.84	12～16	70	105	55	6
KYX-70	1.85	12～16	55	100	50	8

Isostatic pressing is a valuable manufacturing technique that has many benefits, including precision, durability, and cost-effectiveness. It is an essential part of the production process for many high-tech and sophisticated products, and its positive impact on the manufacturing industry cannot be overstated.