Characteristics and Applications of Activated Carbon Molds
Activated carbon molds are high-precision functional industrial molds made of high-performance porous activated carbon materials. Fabricated through high-pressure forming, high-temperature curing and precise polishing processes, they are innovative and eco-friendly molding tools compared with traditional metal and plastic molds. With uniform pore structure, stable thermal conductivity and excellent high-temperature resistance, these molds are widely used in precision molding, filter processing and carbon material production industries.
The unique porous structure endows activated carbon molds with outstanding air permeability. During the molding process, internal air inside raw materials can be discharged quickly, effectively avoiding bubbles, deformation and forming defects, thus greatly improving product precision and yield. Featuring great thermal stability, high compression resistance and superior wear resistance, the molds will not crack or soften under high-temperature working conditions, ensuring long-term stable service performance.
In addition, they have stable chemical properties, acid and alkali resistance, and anti-oxidation capacity, avoiding chemical reactions with processing materials to guarantee product purity. Lightweight and customizable in various specifications, they adapt to diverse industrial scenarios. With comprehensive advantages, activated carbon molds have become essential equipment for modern precision and environmentally friendly processing.