With the continuous development of the powder industry, the market demand for ultrafine iron Raymond Mill is also increasing. As the main equipment for grinding in the powder industry of China, ultrafine grinding mill of iron ore is an inevitable trend for the development of "high reliability, energy saving, precision and automation".

Due to the problems of low fineness, high power consumption, large noise and low system efficiency, the traditional superfine Raymond mill has been bothering the mineral processing enterprises and the equipment manufacturers of Raymond mill. Shanghai sebang machine mining equipment manufacturing limited liability company after many years of accumulated experience, on the basis of the improvement of Raymond mill, independent research and development and production of a new generation of ore superfine Raymond mill, effectively solves the technical problems of traditional superfine Raymond mill, Raymond mill from the increased price.

Four improvements of the structure of ultrafine Raymond mill are as follows:
First, the structure of the main shaft and the plum blossom frame is conducive to stable structural transformation, so that the operation is stable.

Two. The traditional part of the analysis machine is changed into two isolation from the inside of the hanging cavity of the vertical hanging hoist, which enhances the stability and durability of the machine.

Three. in the grinding zone, the grind material is always gathered in the grinding zone effectively processing, improve grinding efficiency, but also updated the roller structure, the grinding roller and the roller shaft can be complementary in the rotation of the operation, also can make the revolution, its effect and durability.

Four. in the ventilation part, the bellows and the air duct are changed from the original horizontal bottom to 30 degrees to the center, forming a bucket to ensure that the bellows and the air duct are unobstructed and unobstructed, so that the air volume is always maintained, and the host mill is in high efficiency.