Based on the traditional technology in China, GMBZ Series high efficiency and energy saving Rod Mill is the new type of product with optimized and developed design. Instead of the traditional bearing support, rod mill adopts the advanced rolling bearing support, which decreases the running resistance, reduces the energy consumption by10-20% and improves the capacity by over 20%. It applies the dry oil lubrication instead of the original thin oil lubrication, which saves the oil consumption by over 70%. Also there is no need the high-low pressure lubricating station for the large type of mill, which reduces the investment cost. It is widely used in sand making in the large type of aggregate system and adjusting the fineness modulus of sand, also for grinding all kinds of mineral rock in the metal and nonmetal mines and building materials, coal and other industries. There are two discharging ways for the rod mill: surrounding discharging and center discharging.

Features

1. Discharge forms are all centeral discharge except for "GMBZ" series, and feed from hoppers.

2. The layout of equipment can be customized according to the demands of users and non-standard design and manufacture is also acceptable.

3. The rod mill crusher material handling capacity is large, and continuous rod mill operation can be carried out. Moreover, the rod mill efficiency is high and the stability is strong.

4. The products grinded by the rod mill crusher have fine particle size and high uniformity, which can meet the production needs of different enterprises.

Working Principle

The rod mill drives the cylinder in rotation by the engine through the rotation of the reducer and big gears around in deceleration or through low speed synchronous motor driving directly peripheral big gears. The machine is equipped with appropriate grinding medium-steel bar, which is raised to a certain height under the centrifugal force and friction force and then cast down or discharged. The materials to be crushed are continuously added to the cylinder, shattered by the rotating grinding medium and discharged for the next procedure by the overflow and the power produced by continuously feeding in materials.