Raymond mill
Raymond mill's main structure are including the main machine body, analysiser, wind machine, final products classifer, fine powder classifier and the wind pipes .And the main machine body are including the frame, inlet shell, shovel, roller, grinding ring, and the cover .Raymond millis a kind of high fine powder-making equipment and can be used to replace the ball mill featuring new type, high efficient, and closed circulation .And now it can be used in the field of small and medium sized mining, chemicals, building materials, metallurgy, refractory materials, pharmaceuticals, cement, etc.And now it has found extensive application in the field of Metallurgy, building materials, chemical, mining .Besides, it is suitable for processing the powder under the condition of Mohs hardness lower 7degree and the moisture lower 6% and other nonflameable explosive mining materials, such as Gypsum, talc, calcite, limestone, marble, feldspar, barite, dolomite, granite, kaolin, PENG soil, medical stone, bauxite, iron oxide red, iron ore, etc.And the final products fineness can reach the range of 613μm-440μm.We can satisfy various requirements by the common effects of analysiser and the wind machine .
Working Principle of Rymond mill
The materials will be delivered into the machine body by the feeding hopper installed on the sidewall of the cover shell.Abiding by the roller equipments swung on the star rack of the main machine body, it will make the revolution movement by surrounding the vertical axis and make the autorotation movement at the same time .Due to the centrifugal force, the roller will swing outside and give much pressure on the gringing ring so that the shovel can deliver the materials to the space between the roller and ring, thus achieving the crushing aims.
Technical Features of raymond mill
Previous Next
Other product: jaw crusher | cone crusher | cone crusher | symons cone crusher | mobile crusher | portable crusher | ball mill | vertical roller mill | grinding mill | crusher machine | stone crusher

