Contemporary industrial production and manufacturing technology have profound changes. These changes have a common feature, which is the application of the original foundation material. The new ultrafine powder materials become upstream raw materials for most of the industrial manufacturing. It almost contains all production and manufacturing sectors of light and heavy industry. Currently, production processing and application level of ultrafine powder has become a measure sign for national science and technology development.

Modern industrial manufacturing such as paper, paper sizing generally want to add 10% -20% of the ultrafine powder, ultrafine copper powder (FCu) is added up to 40% in high-grade bond paper. Another example is the plastic, add the amount of modified ultra-fine powder, depending on the product requirements can be as high as 30% -50%. In some PVC products added up to 70%. The ultra-fine powder in the amount of plastics, rubber, electronics, cables, paints, coatings, abrasives, pharmaceuticals, cosmetics, ceramics, building materials, food processing and household appliances aspects great.

The annual demand of the Chinese paper industry on the ultra-fine powders of about 50 million tons, about 20 million tons of coatings, paints, detergents, 800,000 tons, 400,000 tons of petrochemical, and use of the largest and most widely used plastic, cables, rubber, ceramics, refractories, building materials and so difficult to have more accurate data source.

Ultra-fine powder mainly composed of metal and non-metallic mineralization and organic matter processing from production. The ultra-fine powder of metal or metal ore as raw materials iron, aluminum powder, magnesium powder, titanium powder, manganese powder, copper powder, lead powder, zinc powder, zinc oxide, molybdenum powder, tungsten powder, etc. . Powder, kaolin, titanium dioxide, talc, feldspar powder, calcite powder, quartz powder, heavy calcium powder, light calcium powder, fluorite powder, mica, barite powder, graphite powder to the processing of ultra-fine powder of non-metallic mineralization. gypsum powder, swelling clay powder, etc., made of organic matter processing, there are a variety of food, agricultural, medicinal herbs, other animals and plants from the processing of powders. All of these ultra-fine powders are important to modern industrial raw materials, can be directly used for the production of industrial products. Ultrafine powder materials after modification, can be multiplied to expand its field of use. Modification of ultrafine metal powder is not just a filler material, as an important component of the product composition can enhance and improve the product, such as strength, elasticity, wear resistance, high temperature resistance, aging resistance, anti-radiation and so on performance. It can greatly reduce the production costs.

Costs of powder industry are mainly reflected on indicators of energy consumption. The production technology of high-grade product is important. But the indicators of product’s energy consumption are much important. Therefore, in mineral district with rich power resources, promising the development of ultra-fine powder processing industry has broad prospects.Source:http://www.mhcmp.com