Introduction: Hydrostatic isostatic pressing machine is suitable for users who have strict requirements on the homogeneity of sample forming. It can directly form the powder through the isostatic chamber, or it can shape the density of the already molded sample. Isostatic pressing is the use of the principle of incompressibility and uniform pressure transfer of a liquid medium to press the powder into a desired geometric shape. Place the product in a closed container and apply the same pressure to all directions of the product. Under high pressure, the product is molded and densified. With the advancement of science and technology, isostatic presses are increasingly used in the formation of rare metal powders such as high-temperature refractory, ceramics, hard alloys, rare earth permanent magnets, and carbon materials. Features: 1. The use of isostatic pressing compacts has high density and uniformity, small firing shrinkage, and is not easily deformed. 2. It can form slender rod or tubular compacts that are difficult to prepare in the normal pressure process. 3, the product has high strength and good machinability, can greatly reduce the internal stress. 4, mold production is convenient, long life, the cost is relatively low. 5, can form large-size compacts, each cylinder can be pressed more than one billet. 6, the use of laboratories and small initial test environment, the price of the instrument is small. 7, the instrument can be unloaded isostatic cavity replacement cold press mold, with a dual-use machine features. Technical Parameters: Size SJYP-12T Pressure range 0-12T(0-17MPa) Piston Diameter Φ95mm Chrome Plated Cylinder Maximum piston stroke 40mm Cavity size Φ22×70mm Pressure gauge Pressure and pressure double scale display Protective cover Isostatic pressure 0-300MPa Integral structure The device has no sealed connection to reduce the oil leakage point Ambient temperature 10°C - 40°C Dimensions 305×195×530mm Weight 90kg
Introduction: Hydrostatic isostatic pressing machine is suitable for users who have strict requirements on the homogeneity of sample forming. It can directly form the powder through the isostatic chamber, or it can shape the density of the already molded sample. Isostatic pressing is the use of the principle of incompressibility and uniform pressure transfer of a liquid medium to press the powder into a desired geometric shape. Place the product in a closed container and apply the same pressure to all directions of the product. Under high pressure, the product is molded and densified. With the advancement of science and technology, isostatic presses are increasingly used in the formation of rare metal powders such as high-temperature refractory, ceramics, hard alloys, rare earth permanent magnets, and carbon materials.
