How about Raymond mill's production of refractory materials?

Refractory material is a kind of to 1580 ℃ high temperature resistant inorganic nonmetallic materials, the main refractory raw materials mainly include: fire clay, dolomite, graphite, pyrophyllite, chromite, magnesite, etc, these high-temperature refractory application range is very wide, can be used in the metallurgy, chemical industry, petroleum, machinery manufacturing, silicate, industrial area, such as power, maximum dosage in the metallurgical industry. To see the demand of refractory materials are high, in order to be able to meet growing market demand, will choose processing large flour production equipment, then 5 r4119 Raymond grinding production of refractory materials?

From model analysis of Raymond mill, type 5 r4119 Raymond mill is a large number of in the flour mill, yield can reach 8 to 15 tons, this is a theory of technical parameters, if you want to the actual production index, you must know the magnitude of the hardness and particle size of raw materials. In general, mohs hardness is less than 5 and the grain size of the material below 20mm can reach about 10-15 tons. In turn like chromite is also a kind of high temperature resistant material, but its hardness in the 5.5 - magnitude 6, hardness is larger, if the feed particle size is larger, grinding the elapsed time is more, not production technology parameters.

From the above analysis we can conclude that the output of a Raymond mill can achieve the desired output target is mainly decided by two factors: one is the processing of material hardness, 2 it is processing material feed particle size. Only by grasping these two factors can we obtain a better yield index.