The Great Promise of Micro Powder Mill in Coal Ash Production

In recent years, the comprehensive process of coal ash has become an important economic policy which mainly owes to the application of high suspension micro powder mill, and this machine effectively solves the problem of pollution of the production environment in the power generating industry in our country.

Micro powder mill is mainly used in building materials, chemicals, abrasives, ceramics, refractory material, thermal power, coal industry, etc., such as calcite, calcium carbonate, wollastonite, coarse whiting, kaolin, talc, barite, feldspar, slag materials grinding process. DWMM series Micro powder mill is independently researched and developed by Henan Hongxing Machinery Co., Ltd. which is the new generation of efficient ultra-fine powder processing equipment.

To an ultrafine grinding machine, the most critical requirement is the end product’s granularity. Micro powder mill’s end product particle size can reach 3 microns. What’s more, its energy consumption is low too. So, in this way, the investment can save 60%-70%, compared with large complete sets of equipment. To micro powder mill users, saving investment and energy equals to save money. So micro powder mill definitely will save money for our customers.

As one of the main solid wastes produced by the power plants, coal ash has great impacts on the environment and is also one of the industrial waste residues that have great displacement. If the coal ash is left unprocessed, it will produce flowing dust which will not only pollute the air, but the water resources.

The coal ash ground by the high suspension grinding mill can be added in to the concrete in order to increase the pumpability of the concrete, and at the same time, reduces its sudden changes in property and the heat of hydration and heat expansibility, and increase its impervious ability and the modificability. In addition, after being processed by this machine, the coal ash is used as good building material which can be used in the...