Researchers at the Southern Ural State University in Russia have developed a new method for manufacturing powder composite materials based on graphite, coke, and polymer components, which can help reduce production waste in the fields of atomic energy, aerospace industry, metallurgy, electronic transportation, and improve electronics. The quality of technical products, thereby increasing production efficiency by 30%. Related research was published in the recent "Metallurgist".
Researchers say that mixing is one of the most important stages in the production of metal powders. Mixing helps to obtain powders of multi-component materials, and products made from such materials are of high quality. Not only is this mixture widely needed in powder metallurgy, but also in the production of 3D printing, it also puts forward high requirements for the quality of composite powder materials. To this end, the Southern Ural National University has developed a new composition of graphite plastics and a mixer that facilitates high-quality mixing.
South Samal State University Professor of Pressure Processing Metal Processes and Machines, Professor of Technology, Marina Sammodurova said that companies engaged in the production of mixing equipment may be interested in the above research results because they can reduce the amount of mixed waste, Improve the quality of the finished mixture and simplify the structure of the mixer, thereby improving equipment efficiency.
It is reported that in the future, researchers plan to manufacture high-entropy powder composites. This is a new direction of applied science, where completely different materials can be used as ingredients according to physical-mechanical properties.
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