● Isostatic Pressing Technique
The isostatic pressing process involves placing the product in a sealed container filled with liquid, applying equal pressure to all surfaces, and in an environment that results in increased density of the product and the desired shape. With the advancement of science and technology, isostatic presses are increasingly used in the shaping of high-temperature refractory materials, ceramics, hard alloys, rare earth permanent magnets, carbon materials, and rare metal powders.
● The characteristics of isostatic pressing technology:
1. Utilizing isostatic pressing for green body forming, the density of the green bodies is high and uniform, with minimal shrinkage during firing and excellent resistance to deformation.
2. Capable of producing slender, rod-like or tubular billets that are difficult to prepare using conventional sizing processes.
3. The products feature high **degree and excellent workability, significantly reducing internal stress.
4. Molds are easy to produce, have a long lifespan, and are relatively cost-effective.
5. Capable of forming large-sized billets, each mold can produce multiple billets.
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