Before buying a lime ball mill, many customers often go to the merchant to listen to other people's introductions, and then buy it if they feel it is good. After buying it back, they find that the performance, production capacity, and processing method of the equipment are not suitable for their own production conditions. In fact, when buying this kind of When buying large machinery, we need to do our homework in advance to avoid buying equipment that is not what we want. What homework do we need to do before this? Let’s take a look at it together!

Tip 1: First understand the characteristics of production materials

The main component of lime is calcium oxide. It is made from products with high calcium carbonate content such as limestone, dolomite, chalk, and shells. It is calcined at 900 to 1100°C. Lime is an inorganic cementitious material and is used in civil engineering and medicine. The applications are relatively wide.

Tip 2. Application of lime ball mill

Lime ball mill is a lime grinding equipment that is strengthened and improved on the basis of ordinary ball mill. In addition to grinding lime, it can also be used in the production of cement, silicate products, new building materials, refractory materials, fertilizers, black and non-ferrous metal mineral processing, and glass ceramics. It is used in the industry for dry or wet grinding of various ores and grindable materials.

Tip 3. Production capacity of small lime ball mill

Common small lime ball mills on the market include 900*1800 ball mill, 900*3000 ball mill, 1200*2400 ball mill, 1200*3000 ball mill, and 1200*4500 ball mill. Their production capacities are 0.65-2t, 1.1-3.5t, 1.5- 4.8t, 1.6-5t, 1.6-5.8t, you can choose the model that suits your production needs based on the production capacity of these lime ball mill models, so that you will not be at a loss when the time comes.

Tip 4. Structural structure of small lime ball mill

1. Choosing rolling bearings instead of sliding bearings can greatly reduce friction and achieve the purpose of energy saving and consumption reduction.

2. Choosing a cone design at the discharge end can increase the volume, increase the effect of repeated grinding, and further improve the fineness of the material.

3. Choose an integral rack to facilitate civil construction and equipment installation.