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Grinding Mill

The company's main products are HGM series micro pulverizer, superfine micro pulverizer, micro pulverizer, superfine pulverizer, pulverizer and matching hammer crusher, etc.

CLUM Series Ultrafine Vertical Grinding Mill

Maxing Feeding Size: 10 mm
Ouput Size: 74-5 micron (400-3000 mesh)
Capacity: 0.5-5.5 t/h
D97 < 4μm
D50 < 2μm

Applicable materials: Calcium carbonate, quartz, graphite, calcite, feldspar, fluorite, dolomite, pyrophyllite, Mineral, phosphorite, marble and so on.

Product features: High grinding efficiency, low energy consumption, uniform particle shape, narrow particle size distribution, good fluidity, and strong product adaptability.

Brief introduction

CLUM series ultrafine vertical grinding mill is independently designed by SBM on the basis of years of experience in grinding mill production.

CLUM series ultrafine vertical grinding mill adopts the latest Taiwan grinding roller technology and German powder separating technology. The ultrafine vertical grinding mill integrating ultrafine powder grinding, grading and transporting has become a better choice in the ultrafine powder grinding industry.
 
CLUM series ultrafine vertical grinding mill
 

Working principle

1. Feeding: The materials are fed onto the center of the grinding plate of the CLUM series ultrafine vertical grinding mill through a spiral feeder.

2. Grinding: The motor of the mill's host drives the reducer, which rotates the grinding plate. This rotation creates centrifugal force, causing the materials to move towards the fringe of the grinding plate. 

As the materials pass through the grinding area between the roller and the grinding plate, bulky materials are directly broken by the pressure of the roller. Fine materials form a layer where they crush each other.

3. Airflow and Powder Selection: After grinding, the broken materials continue to move towards the edge of the grinding plate. They are carried away by the airflow and enter the powder selector. Within the powder selector, blades separate the coarse particles that fail to meet the desired fineness standards. 

These coarse particles drop back to the grinding plate for further grinding. The powders that meet the fineness requirements enter the powder collector as finished products.

4. Removal of Sundries: If there are any impurities like iron blocks in the materials, as they move towards the fringe of the grinding plate, their heavier weight causes them to drop to the lower cavity of the grinding mill. 

A scarper installed at the bottom of the grinding plate removes these impurities and sends them into the discharging port. Finally, the impurities are discharged out of the grinding mill.

 

 

Product advantage

1. Higher Yielding Rate, Better Quality

In order to avoid materials’ long lingering time, repeated grinding, high iron content and other problems occurring during the grinding process of traditional grinding mills, SBM specially designed unique roller shell and lining plate grinding curve.

This design is easier to generate material layer, and can realize a high rate of finished products by once powder milling, which can greatly enhance the working efficiency of grinding mill and improve the whiteness and cleanliness of finished products.

2. More Energy-Saving Multi-Head Powder Separating Technology

SBM adopted PLC control system and multi-head powder separating technology in this grinding mill, which completely solve two problems, i.e. “high-precision and accurate cutting powder diameter, and fast switch of different production demands”.

Users can accurately control the grinding pressure, revolving speed and other equipment working parameters. Compared with common grinding mills, this grinding mill reduces the energy consumption by 30%-50%.

3. Double Position-Limiting Technology Makes Operation More Stable

In the CLUM series ultrafine vertical grinding mill, the contact point between roller shell and millstone liner plate adopts electronic limiting technology and mechanical limiting protection technology, which can avoid the destructive impact (e.g. the grinding roller directly smashing the millstone) caused by machine vibration (e.g. machine vibration caused by mine explosion) and guarantee the operation stability.

4. Reversible Structure Gets Maintenance Easier

During the design process of CLUM series ultrafine vertical grinding mill, SBM fully considered the maintenance problems which may be caused by heavy grinding roller, and finally developed and designed the reversible structure.

Through this structure and hydraulic adjustment system, the operator can easily and rapidly move the grinding roller out of the body for checking and replacing roller shell and liner plate, and carry out other maintenance operations, so as to reduce the shutdown losses.

5. Digitalized Processing, Higher Precision

There are tens of lines of numerical controlling machine tools. Operations such as steel plates’ cutting, bending, planing, milling and paint spraying are all controlled numerically. The machining precision is high, especially for the core parts.

6. Sufficient Supply Of Spare Parts, Worry-Free Operation

SBM, whose businesses cover production and sales, takes responsibility for every machine produced by ourselves. We can offer customers technical services about products and original spare parts to ensure the worry-free operation.
 
CLUM series ultrafine vertical grinding mill

Manufacturer introduction

SBM is the largest manufacturer of crushers and grinding mill in Asia. In addition, SBM provides customers with comprehensive services, including solution design, installation and training, spare parts and local service, etc. 

Based on SBM's excellent quality and excellent service, it has successfully cooperated with many well-known domestic and foreign enterprises. We look forward to your visit.

Our factory:

 
SBM Factory
 

Our services :

1. Set up a customer file database.
2. Installation guidance at home and abroad.
3. Technical personnel training guidance.
4. Lifetime warranty product tracking service for one year.
5. Reminder of service life of vulnerable parts.
6. Door door service, parts demand, technical support.

FAQ

Because there are different kinds of ultrafine vertical grinding mill, our ultrafine vertical powder grinding mill has different prices, I need to ask you for some details to send you the more suitable quotation:

1. Which kind of material are you going to grind?
(Dolomite; calcite; quartz; basalt; barite; feldspar; gravel; bentonite; gypsum; granite; coal; slag; pebble; others)

2. What’s the production capacity you want? How many tons or cubic meters per hour?
( > 100 TPH > 50 TPH > 30 TPH > 10 TPH > 1 TPH < 1 TPH)

3. What’s the granularity of the final products you need?
(In milimeter, micron or mesh)

4. What’s the max input size of the material?
(In inch, centimeter or millimeter)

We will give you factory prices with full specification, so please leave us an inquiry to know more details about price and packaging. Shipping and discount.

Product Specifications

ModelItem CLUM1425 CLUM1632 CLUM1736
Working Diameters(mm) 1400 1600 1700
Number of rollers(pieces) 3 3 3
Number of classifier(pieces) 6 6 8
Power of classifier(Kw) 6X15 6X22 8X22
Main unit power (Kw) 220-250 315-355 355-410
Blower power(Kw) 180-200 250-280 325-355
Feed size (mm) <10mm <10mm <10mm
Moisture of feeding material <3% <3% <3%
Less than 2μm=30%  output(t/h) 9-12 12-16 14-18
Less than 2μm=45%  output(t/h) 5.5-7.5 7-9 10-12
Less than 2μm=60% output(t/h) 3-4 / /
Material: base on calcite
Particle size distribution: measured by microlayer diffraction particle size analyzer in British Malvern 3000 instruments

CLUM1425 Technical parameter

Output (t/h)
Item
10.0-12.0 7.5-9.5 6.0-8.0 4.5-6.5 3.0-4.0
specific surface area(cm²/g) 11000±500 13500±500 15000±500 17000±500 19000±1000
325mesh remaining amount (%) 0.015 0.015 0.01 0 0
less than 2μm powder content (%) 30 40 45 50 60
Median particle diameter D50 (um) 5.2 3.0 2.5 2 1.4
General name(mesh) 600 800 1250 2000 2500
Particle size distribution D97 (um) 30 25 20 15 9
Particle size cut point D100 (um) 80 48 38 28 18
Moisture content (%) <0.3% <0.3% <0.3% <0.3% <0.3%
Energy consumption (KW/T) 38-40 40-50 47-53 50-53 110-125

CLUM1632 Technical parameter

Output (t/h)
Item
12.5-14.5 9.5-11.5 7.5-9.5 6.0-8.0
specific surface area(cm²/g) 11000±500 13500±500 15000±500 17000±500
325mesh remaining amount (%) 0.015 0.015 0.01 0
less than 2μm powder content (%) 30 40 45 50
Median particle diameter D50 (um) 5.2 3.0 2.5 2.0
General name(mesh) 600 800 1250 2000
Particle size distribution D97 (um) 30 25 20 15
Particle size cut point D100 (um) 80 48 38 28
Moisture content (%) <0.3% <0.3% <0.3% <0.3%
Energy consumption (KW/T) 38-40 40-50 47-53 50-53

CLUM1736 Technical parameter

Output (t/h)
Item
15.0-18.0 11.5-13.5 9.0-11.0
specific surface area(cm²/g) 11000±500 13500±500 15000±500
325mesh remaining amount (%) 0.015 0.015 0.01
less than 2μm powder content (%) 30 40 45
Median particle diameter D50 (um) 5.2 3.0 2.5
General name(mesh) 600 800 1250
Particle size distribution D97 (um) 30 25 20
Particle size cut point D100 (um) 80 48 38
Moisture content (%) <0.3% <0.3% <0.3%
Energy consumption (KW/T) 38-40 40-50 47-53
 

Test Standard

Material: Base on calcite
Particle size distribution: Measured by micro laser diffraction particle size analyzer in British
Malvern3000 instruments
The specific surface area: Converted from the average particle diameter, the unit is relative area of 1g powder
325 mesh remaining amount: A wet process is used to filter 1000g of the sample on a 325 mesh, to calculate the percentage
Median particle diameter: The median particle size is obtained by particle size distribution
Moisture content: The 5g sample is placed in the moisture analyzer, and the measurement tested at 150 centigrade for 6 minutes
 

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