CIP COLD ISOSTATIC PRESSING BAGS, ISOPRESSING FORMING MOLD, DIP BAGS AND MOLD
Design and Production Isostatic Pressing mold/bags
The design and production of static pressure molds are all in Jiangsu High Industry CO.,Ltd. Customized design and manufacture according to the working conditions, dedicated to the research and development and production of high-performance elastomer molds, and solve various design and production problems of elastic molds for isostatic pressing users. The company has mature production and processing technology and a complete set of experimental equipment for mold elastomer analysis.
Process flow and Application of Powder Metallurgy
The powder metallurgy process is a new type of net near forming technology. The required mold forming is performed by melting, heating, injecting and pressing metal powder. For some special materials such as refractory, refractory metals and high alloying, the traditional processing method It is difficult to be competent, and powder metallurgy has become the main processing and production method, especially in high-precision gears and auto parts, which have been widely used. Next, I will tell you what the basic process flow of powder metallurgy technology is. Powder metallurgy has a deeper knowledge and understanding.
Selection of isostatic pressing equipment
Isostatic pressing rubber sleeves, CIP isostatic pressing wet rubber molds, wet cooling rubber sleeve molds, etc., relying on in-depth understanding of the process and equipment, choosing a reasonable structure and suitable material, can achieve long service life and good molding effect. , high production efficiency and low cost. Polyurethane isostatic pressing molds are mainly used in some industries with high requirements and high added value of products. If the requirements are not high, rubber isostatic pressing molds and black rubber isostatic pressing rubber sleeves can be used, which can meet the general needs.
Types of isostatic pressing and the material of isostatic pressing mold
Isostatic pressure is divided into wet isostatic pressing and Dry isostatic pressing.
Powder metallurgy technology and Isostatic pressing process
When designing the isostatic pressing mold rubber sleeve, it is necessary to consider the characteristics of the powder used for molding, and the characteristics of the existing equipment, which requires rich experience. Professional manufacturers of isostatic pressing molds can provide the design of a complete set of molds when the user provides the powder size. A complete set of isostatic pressing molds can include rubber sleeves, rubber plugs, setting devices, hoisting devices, powder-loading tooling and other related tooling fixtures.
Alumina ceramic isostatic pressing mould, zirconia powder isostatic pressing plastic sleeve mould, c
Alumina ceramic isostatic pressing moulds, zirconia powder isostatic pressing rubber sleeve moulds, ceramic powder isostatic pressing moulds, round bar moulds, round tube moulds, square tube moulds, square billet moulds and other various moulds can be made according to the requirements of use. A variety of special-shaped molds. Various sizes, shapes and hardnesses can be manufactured, and at the same time, it is equipped with setting devices, hoisting devices, powder-loading tooling and other various tooling fixtures.
The isostatic pressing for ceramics
There are two types of isostatic pressing methods: cold isostatic pressing and hot isostatic pressing. Cold isostatic pressing is divided into wet isostatic pressing and dry isostatic pressing.
Isostatic pressing of metallic powders
Isostatic pressing is the powder compaction method involving applying pressure from multiple directions through a liquid or gaseous medium surrounding the compacted part.
What is Isostatic Pressing?
Isostatic pressing is a powder metallurgy (PM) forming process that applies equal pressure in all directions on a powder compact thus achieving maximum uniformity of density and microstructure without the geometrical limitations of uniaxial pressing.