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High-Performance MX Series Ball Mill from China Suppliers - Ideal Grinding Solution by Factory
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High-Performance MX Series Ball Mill from China Suppliers - Ideal Grinding Solution by Factory

Introducing the Kemai MX series ball mill, a crucial piece of equipment for material processing in various industries. As a trusted supplier based in China, our factory produces high-quality ball mills designed for efficient crushing and grinding of materials. This innovative mill incorporates a specific number of steel balls as grinding media within its robust cylinder, making it ideal for diverse applications such as cement production, silicate products, new building materials, refractories, fertilizers, and glass ceramics, Whether you're processing black or non-ferrous metal minerals or various grindable ores, the Kemai MX series ball mill accommodates both dry and wet grinding methods. You can choose from two designs based on ore discharge: the lattice type and the overflow type. Rely on our China factory for superior performance and reliability in your mineral processing and chemical industry applications. Optimize your production processes with our reliable ball mill solutions

    Working Principle

    Ball mill is composed of a horizontal cylinder, inlet and outlet hollow shaft and grinding parts, the cylinder is a long cylinder, the cylinder is equipped with a grinding body, the cylinder is made of steel plate, there is a steel lining plate and the cylinder is fixed, the grinding body is generally a steel ball, and is loaded into the cylinder according to different diameters and a certain proportion, the grinding body can also be used steel section. According to the particle size of the grinding material is selected, the material is loaded into the cylinder by the hollow shaft of the feed end of the ball mill. When the ball mill cylinder rotates, the grinding body is attached to the lining plate of the cylinder due to the action of inertia and centrifugal force, and the action of friction force, so that it is taken away by the cylinder. When it is brought to a certain height, it is thrown off due to its own gravity. The falling abrasive body acts like a projectile and shatters the material inside the cylinder.
    The material is uniformly entered into the first bin of the mill by the feeding device through the feeding hollow shaft. There are stepped lining plates or corrugated lining plates in the bin, and steel balls of various specifications are installed inside. The centrifugal force generated by the rotation of the cylinder will bring the steel balls to a certain height and then fall down, which will have a heavy impact and grinding effect on the material. After the material is coarse ground in the first bin, it enters the second bin through a single compartment plate, which is lined with a flat liner plate and contains a steel ball to further grind the material. The powder is discharged through the discharge grate to complete the grinding operation.
    Characteristic and feature of MX series ball mill

    (1) Double-row Roller Bearing: The main bearing adopts a large-diameter double-row aligning roller bearing, which replaces the original plain bearing, reduces friction, reduces energy consumption, and makes the mill easy to start.

    (2) Optimized End Cover: The end cover structure of the ordinary mill is retained, with large diameter inlet and outlet and large processing capacity.

    (3) Flexible Feeder Options: The feeder is divided into two kinds of combined feeder and drum feeder, with simple structure and separate installation.

    (4) Smooth & Efficient Operation: There is no inertial impact, the equipment runs smoothly, and the downtime and maintenance time of the mill is reduced, and the efficiency is improved.

    Technical parameters of MX series ball mill

    Model Drum size (mm) Rod weight(T) Feeding size(mm) Final product size(micron) Capacity(T/h) Power(Kw)
    MX-1200×3000 1200×3000 3.5 ≤25 10-300 1.6-5 37
    MX-1200×4500 1200×4500 5 ≤25 10-300 1.6-5.8 55
    MX-1500×5700 1500×5700 12 ≤25 10-300 3.5-6 130
    MX-1830×4500 1830×4500 15 ≤25 10-300 4.5-12 155
    MX-1830×6400 1830×6400 21 ≤25 10-300 6.5-15 210
    MX-1830×7000 1830×7000 23 ≤25 10-300 7.5-17 245
    MX-2100×3000 2100×3000 15 ≤25 10-300 6.5-36 155
    MX-2100×4500 2100×4500 24 ≤25 10-300 8-43 245
    MX-2200×7500 2200×7500 35 ≤25 10-300 15-30 380
    MX-2400×9000 2400×9000 45 ≤25 10-300 21-38 570

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    Frequently Asked Questions

    What is the working principle of the MX series ball mill?
    The ball mill features a rotating horizontal cylinder. As it rotates, inertia, centrifugal force, and friction cause the grinding media (steel balls) to rise along the lining plate. Once they reach a certain height, gravity causes them to fall, producing a heavy impact and grinding effect that shatters the materials inside.
    What are the advantages of the double-row aligning roller bearing used in the MX series?
    The large-diameter double-row aligning roller bearing replaces traditional plain bearings. This configuration reduces friction, lowers energy consumption, and makes starting the mill much easier and smoother.
    How does the dual-chamber (bin) grinding process work?
    Material enters the first bin through a feeding hollow shaft for coarse grinding via stepped or corrugated lining plates and steel balls. It then passes through a single compartment plate into the second bin, which has a flat liner and steel balls for fine grinding before being discharged.
    What types of feeders are available for the MX series ball mill?
    The MX series ball mill offers two types of feeders: a combined feeder and a drum feeder. Both options feature a simple structure and are designed for separate, easy installation.
    What size of feeding material and final product can the MX series handle?
    The MX series ball mill accepts a feeding material size of ≤25 mm and is capable of processing it down to a final product size ranging from 10 to 300 microns.
    Does the MX series ball mill experience high maintenance downtime?
    No. The MX series is designed to eliminate inertial impact, allowing the equipment to run very smoothly. This reduces overall downtime and maintenance requirements while significantly improving operational efficiency.