Environmental Raymond mill is a green development machine

YGM raymond mill is the milling equipment which is suitable for Mohs hardness of less than 7 and humidity of 6%, processing more than 200 kinds of materials such as limestone, calcite, activated clay, bentonite, kaolin, dolomite and so on.

With the continuous emphasis on environmental protection in our country, "green development" has become the endorsement of the entire industrial flour milling market. As an important equipment for industrial raw materials and energy production, Baichy Raymond grinding mill conform to the trend of the market and the direction of environmental protection development. Henan Baichy always adhere to the market-oriented machines for energy conservation as the concept of environmental protection standard, to produce environmentally friendly grinding mill to adapt to the times.

First, policy-oriented

In recent years, the government has continuously respected the policy of "energy conservation and environmental protection", prompting the production industry to speed up and run faster. in 2017, Premier Li Keqiang put forward the slogan "Fighting the Battle of Blue Sky" at the two sessions; The rapid development of industrial milling industry and the state's emphasis on resource utilization, The energy conservation and environmental protection makes the mining construction and grinding market play an important part in energy adjustment. Therefore, Our Baichy high-tech industrial milling equipment will have developmental spring.

Second, the concept of energy conservation

As a manufacturer with more than 30 years of experience in the manufacture of milling machines, saving energy has always been the development philosophy of Baichy. Equipment is continuously updated and technology is continuously improved, which is not only beneficial to the ecological environment but also is important to customers in terms of getting the efficiency and quick revenue. Our Baichy’s core components are high-performance wear-resistant alloy material.