Stirred ball mill

Stirred ball mill JM-500L
Stirred ball mill
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  • Stirred ball mill

Details Introduction


It is widely used in the production of various ultrafine powders such as zirconium silicate, zirconium oxide, alumina, ceramics, chemicals, electronic materials, magnetic materials, papermaking, coatings, non-metallic minerals, new materials, paints, graphite, calcium carbonate, and pharmaceuticals.

Volume: 1~600L

Loading capacity: 0.35~500L

Discharge particle size: ≤1μm

Product Introduction

Production-type stirred mills mainly consist of a stationary grinding cylinder filled with small-diameter grinding media, a stirring device, and other auxiliary devices (such as circulation devices, cooling devices, timing devices, and speed control). They offer high grinding efficiency and produce small particle sizes, effectively meeting various process parameter requirements and simulating various production indicators. Furthermore, due to their advantages of small-batch production, low power consumption, and low price, they are an ideal choice for schools, research institutions, and companies conducting research on pulverization processes, new materials, and coatings. They are widely used in the production of various ultrafine powders, including zirconium silicate, zirconium oxide, alumina, ceramics, chemicals, electronic materials, magnetic materials, papermaking, coatings, non-metallic minerals, new materials, paints, graphite, calcium carbonate, and pharmaceuticals.

 

Features

1. It has high energy efficiency and can achieve a high power density, thus saving energy.

2. The particle size of the product is easy to adjust. The fineness can be ensured by adjusting the residence time of the material in the cylinder.

3. Low vibration and low noise.

4. Beautiful design, high-end and elegant appearance, excellent performance, simple maintenance, easy and labor-saving operation, and durable.

5. The stirring rod can be raised and lowered automatically, and the grinding drum can be rotated freely.

6. It can meet various process requirements well and can carry out continuous or intermittent production as needed.

7. Because the ball mill cylinder has a jacket, the grinding temperature can be well controlled.

8. Equipment with various special functions can be manufactured as needed, such as: timing, speed regulation, circulation, temperature regulation, etc.

9. Grinding cylinders and stirring devices made of different materials (stainless steel, corundum ceramic, polyurethane, zirconium oxide, etc.) can be selected.

Technical parameters

name

Rotational speed (rpm)

Volume (L)

Loading volume (L)

Motor power (kW)

Wear-resistant materials

Feed particle size (mm)

Discharge particle size (μm)

Speed ​​adjustment method

Remark

JM-1L

50~1400

1

0.35

0.37

Stainless steel,
nylon,
Corundum
polyurethane
Zirconia
agate,
Polytetrafluoroethylene, etc.

≤5

≤1

Variable frequency speed control

Experimental stirring

JM-2L

50~1400

2

0.7

0.37

JM-3L

50~1400

3

1.05

0.37

JM-5L

60~560

5

1.75

0.75

Variable frequency speed control
or
fixed speed

Small stirrer

JM-10L

60~560

10

3.5

1.5

≤10

JM-15L

60~380

15

5.25

2.2

JM-20L

60~380

20

7.0

2.2

Light stirring

JM-30L

60~310

30

10.5

3

carbon steel
Stainless steel,
Can be lined with nylon,
polyurethane
Polytetrafluoroethylene
Corundum, etc.

JM-50L

60~140

50

17.5

4

JM-100L

60~140

100

35

7.5

≤15

Production mixing

JM-200L

60~110

200

70

11

JM-300L

60~110

300

100

15

JM-500L

60~90

500

170

18.5

JM-600L

60~90

600

200

22

 

Working principle

The main shaft drives the agitator to rotate at high speed, causing the grinding media to move irregularly. This chaotic motion generates collisions, compression, friction, and shearing within the grinding media, resulting in the crushing and fine grinding of the material. Furthermore, different sizes, shapes, and ratios of grinding media result in different grinding effects. Generally, larger grinding media produce coarser material crushing, while smaller media produce finer material grinding. Appropriate ratios of different grinding media sizes, combined with proper speed adjustment, yield even better grinding results.

 

 

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