The Way of Perfecting the Finished Result of Raymond Mill

To improve work efficiency, firstly we have to see the whole combination of each machine, only if which works perfectly, efficiency certainly would be enhanced naturally. This is one breakthrough to improve the work efficiency of the mill. Besides, according to different raw materials, to choose different machine combination.

At present, there exists many problems in the working process of high strength powder grinding mill, i.e, grinding speed is slow, raw materials are wasted too much and abrading the machine seriously and so on. As we all know, grinding speed determines work efficiency of high-strength raymond mill , especially for some difficult-broken materials, such as quartz. How to improve the grinding efficiency of high-strength raymond mill, this article will give you a weapon!

Quartz sand actually is silicate mineral, hard, wear-resisting, stable in chemical property, and main mineral composition of which is silica, the color varying with milky white, colorless, gray, hardness of 7, brittle, no cleavage, shells-shape breaking fracture, oil sheen, relative density of 2.65, obvious anisotropy in the chemical, thermotical and mechanical properties, insoluble in acid, slightly soluble in KOH solution, melting point of 1750℃, piezoelectric property.

The role of quartz sand as industrial mineral raw material is of great importance, widely used in glass, casting, ceramics and refractory materials, metallurgy, construction, chemical, plastic, rubber, abrasive and other industries.

Confronted with such materials as encounter, we should change strategy, but not to use the former grinding line. Accordingly, quartz is very durable, we won't grind it, instead that, first roast it through the rotary kiln, later grind it by mill, on this way, the production efficiency will be enhanced dramatically.

Look, quartz is inorganic mineral, whose main components are silicon dioxide, and often a few of impurity ingredients such as aluminium sesquioxide, magnesium...