Square,cylindrical,round tube Polyurethane CIP bags, cold isostatic pressing mold for Ceramics, Allo

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Square,cylindrical,round tube Polyurethane CIP bags, cold isostatic pressing mold for Ceramics, Allo

Categories: Isopressing mold

Application: Square,cylindrical,round tube Polyurethane CIP bags, cold isostatic pressing mold for Ceramics, Alloys, PTPE, Alumina, Graphite

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Main description:

The isostatic pressing mold has a crucial influence on the molding effect of CIP cold, etc. The structure of the isostatic pressing mold determines the molding effect, and the structure of the mold also affects the troublesome effect and production efficiency. The materials of isostatic pressing molds include polyurethane, rubber and silicone, etc. After comparative experiments, isostatic pressing molds made of polyurethane have detailed advantages in all aspects, and are more and more selected. In isostatic pressing, the prototype to be pressed is placed in a high-pressure container, the pressure is uniformly transmitted through the liquid pressure transmission medium, and the various parts are pressurized from all directions, so that the workpiece is formed and the desired effect is achieved. In this pressing process, the workpiece needs to be isolated from the pressure transmission medium, and cannot be in contact with the pressure transmission medium (hydraulic oil) to cause mutual contamination. This requires isostatic pressure molds (sleeves) that can meet hydraulic work.

DESCRIPTION

The isostatic pressing mold has a crucial influence on the molding effect of CIP cold, etc. The structure of the isostatic pressing mold determines the molding effect, and the structure of the mold also affects the troublesome effect and production efficiency. The materials of isostatic pressing molds include polyurethane, rubber and silicone, etc. After comparative experiments, isostatic pressing molds made of polyurethane have detailed advantages in all aspects, and are more and more selected. In isostatic pressing, the prototype to be pressed is placed in a high-pressure container, the pressure is uniformly transmitted through the liquid pressure transmission medium, and the various parts are pressurized from all directions, so that the workpiece is formed and the desired effect is achieved. In this pressing process, the workpiece needs to be isolated from the pressure transmission medium, and cannot be in contact with the pressure transmission medium (hydraulic oil) to cause mutual contamination. This requires isostatic pressure molds (sleeves) that can meet hydraulic work.

Traditional isostatic pressing molds include isostatic pressing rubber molds, silicone molds and steel molds, and there are many problems in practical applications. As a new type of polymer material, polyurethane has many advantages such as wide range of hardness, high strength, wide adjustable range of performance, wear resistance, tear resistance, oil resistance, chemical resistance, oxidation resistance and so on. The deformation of the elastic mold under the pressure of the liquid medium is transmitted to the powder in the mold. The friction between the powder and the mold wall is small, the force of the blank is uniform, and the density distribution is uniform, and the pre-pressed blank is encapsulated. In an elastic rubber mold, it is sealed and put into a high-pressure cylinder, and the green body is compressed and formed by liquid transfer. The mold is used for the molding of ceramic materials, tungsten and molybdenum materials, graphite materials, fire-resistant materials, and alloy powders.

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