Semi-finished milling system

Abstract

A semi-finished milling system is characterized by comprising a raw material warehouse (1), a first raw material conveying belt (201), a second raw material conveying belt (202), a third raw material conveying belt (203), a first iron remover (301), a second iron remover (302), a first lifter (4), a vertical mill (5), a semi-finished product conveyor belt (601), a semi-finished product conveying air chute (602), a ball mill (7), a second lifter (8), a powder concentrator (9), a cyclone dust collector (10), a first fan (11), a bag type dust collector (12), a second fan (13), a vertical mill finished product conveying air chute (1401), a ball mill finished product conveying air chute (1402), a third lifter (15) and a finished product storage warehouse (16). Through regulating the fineness and the feed quantity of coarse particle products entering the ball mill, the milling efficiency and the power consumption of the ball mill are controlled, and the high milling efficiency and low energy consumption characteristics of the novel vertical mill are exerted to an utmost extent. Finally, the milling efficiency of the whole milling system is increased, and the energy consumption of the whole milling system is reduced.

Description

technical field [0001] The invention belongs to the technical field of material grinding equipment, and specifically relates to a grinding system used for grinding various materials in industries such as metal ore, non-metallic ore, energy, and new materials, and especially relates to a grinding system for grinding cement in the cement industry. Semi-final grinding system for clinker. Background technique [0002] Currently, the cement industry grinds cement clinker widely using a separate ball mill, a ball mill and a roller press or a combination of a ball mill and a vertical mill. As we all know, ball mills have low grinding efficiency and high energy consumption. The pulverization theory, working principle and design structure adopted by traditional ball mills are the fundamental reasons for the extremely low energy utilization rate of ball mills. However, in view of the current situation of the industry, ball mills will not be completely eliminated, and will be widely a...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to overcome the above-mentioned existing technical defects of energy consumption and low grinding efficiency of cement clinker grinding equipment in the cement industry, and to provide a semi-final grinding system, which combines the final grinding of the vertical mill part with the ball mill Part of the pre-grinding is combined in one system and carried out in a cycle, which improves the grinding efficiency, reduces system energy consumption, and improves product quality

Images