Japanese breathable steel instructions and details

Japanese breathable steel, also known as mold breathable steel, imported breathable steel, Japanese imports of breathable steel, the new East breathable steel, sinto breathable steel, injection mold breathable steel, rubber mold breathable steel, plastic mold breathable steel, PORCERAX breathable steel, PORCERAX Ⅱ breathable steel , PM35 breathable steel. Origin: Japan, Brand: New East, SITON. PM-35 Breathable Steel is a high-quality, gas-permeable steel material that is refined by powder sintering technology and contains a series of fine pores with a diameter of 10 μm, which accounts for 20% -30% of the total volume of the steel. This special structure not only provides breathability, but also maintains the high strength, hardness and corrosion resistance required for injection molding, allowing air or any gas to penetrate and pass through smoothly. Therefore, in the appropriate position of the injection mold set with PM-35 breathable steel, formed by the gas injection problems, can be completely removed, the molding process more perfect. In addition, PM-35 breathable steel with good mechanical properties, in the use and production of injection molds, mold steel can be the same general processing methods, such as cutting, grinding, EDM and so on. The advantages of breathable steel: Compared with the traditional steel, breathable steel has many advantages. The following is one of several points: 1. Solve the injection problem: The use of breathable steel breathable, injection molding can solve the difficulties encountered such as sleepy, water folder pattern, incomplete filling, burrs and so on. 2. Reduce the amount of loss: breathable steel to solve the problem of injection, not only reduce the production loss, but also reduce the damage to the mold. 3. Quality Control: Made of breathable steel products, good quality, dimensional stability, reduce the need for post-processing, thereby enhancing productivity. 4. Energy-saving: the air in the mold cavity can be smoothly released through the pores in the mold for injection molding, the pillow pressure can be reduced, and the energy consumption can be reduced.