In recent years, with the rapid development of society and the increase in urban reconstruction projects, discarded glass has been found everywhere, and many people think it is worthless. But in fact, it is a green and sustainable resource. By grinding and processing these waste glass and then reusing it, it can become a new wealth resource.
In the process of renovation of old buildings and urban demolition, a large amount of waste glass will be produced due to certain necessary or unexpected reasons. The original waste glass will be ground into valuable glass through ultra-fine powder vertical grinding mill processing. pink.
The ultra-fine powder vertical mill has become a new processing raw material, which is the raw material for processing high-end furniture topcoats, construction fields, decoration, advertising, etc., and these industries also require a large amount of such raw materials. These ultra-fine powder vertical mills Reprocessing the raw materials produced by grinding also solves the problem of waste glass pollution. More importantly, additional profits can be obtained from selling them.
Ultra-fine powder vertical mill is a new type of environmentally friendly and energy-saving ideal powder grinding equipment. It can process waste glass into glass powder at one time. It has the advantages of low investment, low energy consumption, labor saving, small floor space, high productivity, and easy use and maintenance. The ultra-fine powder vertical mill is a special grinding equipment invented by our factory after years of research and design based on the needs of my country’s industrial production. The fineness of the product can be adjusted at will between 200 and 2500 mesh. Due to its reasonable design, compact structure, safety, durability and high production efficiency, it has achieved good results after being promoted and used. It is also equipped with a soundproof room and an intelligent frequency conversion speed control system to process The particle size of the powder is more uniform, which effectively reduces noise, dust pollution and failure rates. As a result, the value of the finished product is higher and the application range is wider.