Mineral Processing Grinding Machine Small Laboratory Ball Mill

• Type: Ball Mill
• Motor Type: AC Motor
• Application: Metallurgy
• Materials: Gold
• Condition: New
• Transport Package: Iron Frame Packaging
• Model NO.: LZMQ800/1000
• Specification: 118/78/76cm
• Trademark: oasis
• Origin: Jiangxi China
• Production Capacity: 5000pieces/Year

Product Description

Equipment introduction: The experimental cylindrical ball mill is a fully enclosed dry and wet intermittent grinding equipment for building materials (especially cement and ceramic industries), refractory materials, metallurgy, coal, light industry and chemical industry, agriculture and other semi-industrial laboratories or others Small-scale industrial grinding materials are used for ore selectivity research work.It is a better transitional grinding equipment between continuous grinding and intermittent grinding. It is also a more suitable grinding equipment before the separation of minerals by artificial heavy sand in geological experiment work.

 

Application fields: non-ferrous metal ore, iron manganese ore, cement, refractory materials, slag, ceramics, building materials, coal, chemical industry, agriculture, forestry, environmental protection and other related fields.

Equipment advantages: 
1. Feeding and discharging are both large and easy.
2. Large amount of one-time processing, easy and convenient for discharging and cleaning.
3. Arbitrary design of abrasive time, easy manufacturing and maintenance, overcome the undesirable phenomenon of mine dust or slurry splashing and steel balls falling around during discharging, and improve working conditions.
4. The structure of the machine is compact, and the design of the transmission mechanism is reasonable, simple and reliable.

Working principle:
The ball mill is equipped with four ball mill jars on a large plate. When the plate rotates (revolution), it drives the ball mill jar to rotate (rotate) around its own axis, thus forming planetary motion. The transmission ratio of revolution to rotation is 1:2 (one revolution for revolution and two revolutions for rotation). The grinding ball and the abrasive in the tank collide, crush, grind, and mix the test sample under the action of two centrifugal forces of revolution and rotation.