Shanghai Clirik Machinery Co.,Ltd
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CLUM series ultrafine vertical roller mill is a new-type ultrafine grinding equipment designed and launched by Clirik, integrating the functions of grinding, classifying, conveying, secondary classifying, and packing into one machine. It is developed on the basis of introducing vertical roller mill technology from Taiwan and Germany, combined with years of manufacturing experience. Its powder fineness can reach 400-3000 mesh, breaking through the bottleneck of low capacity in ultrafine powder processing. Over 5 years of development, more than 30 ultrafine powder production lines have been installed worldwide.
Capacity:
0.2-45T/H
Maximum feed particle size:
10mm
Output fineness:
400-3000mesh
Applicable Materials:
Suitable for calcite, marble, limestone, dolomite, barite, talc, kaolin, wollastonite, gypsum, feldspar, pyrophyllite and other non-metallic minerals for large-scale ultrafine dry powder processing.
HGM Ultrafine Grinding Mill is a new generation of ultra-fine powder processing equipment. It overcomes the drawbacks of complex processes and high energy consumption found in traditional jet mills and ball mills, achieving high efficiency at a lower cost.
Capacity:
0.2-45T/H
Maximum feed particle size:
10mm
Output fineness:
400-3000mesh
Applicable Materials:
Suitable for calcite, marble, limestone, dolomite, barite, talc, kaolin, wollastonite, gypsum, feldspar, pyrophyllite and other non-metallic minerals for large-scale ultrafine dry powder processing.
Low Operation Cost
Use special anti-wear alloy materials for grinding roller and plate liner. Long service life for wear parts, low maintenance cost. The grinding curves of the roller shell and liner plate are uniquely designed to form a stable material bed, low vibration, high grinding efficiency. It is 20% higher than other equivalent vertical mills in capacity, saving 40% power consumption compared with ball mill.
Safe and Reliable System
The pressure applied to the grinding roller is auto-controlled by PLC/DCS, enabling accurate control of grinding pressure without manual operation. The roller shell and grinding disc liner plate gap is dual protected by electronic and mechanical caging devices to avoid heavy vibration and impact. Equipped with multiple intelligent protection devices, the CLUM main unit can realize continuous operation.
Environmental Friendly
Adopting multi-rotor classifier structure, the final product fineness can achieve D97 5-45 micron. It can produce powder with 2 micron content of 20%-70%. It has the advantages of narrow particle size distribution, controllable 2 micron content, and good particle shape.
High Additional Value
The roller and grinding disc do not touch each other directly, no metal impact noise. The noise is 20-25dB lower than ball mill. Hermetic seal ensures the system operates under negative pressure with no dust leakage, meeting national environmental protection requirements.
Low Operation Cost
Use special anti-wear alloy materials for grinding roller and plate liner. Long service life for wear parts, low maintenance cost. The grinding curves of the roller shell and liner plate are uniquely designed to form a stable material bed, low vibration, high grinding efficiency. It is 20% higher than other equivalent vertical mills in capacity, saving 40% power consumption compared with ball mill.
Safe and Reliable System
The pressure applied to the grinding roller is auto-controlled by PLC/DCS, enabling accurate control of grinding pressure without manual operation. The roller shell and grinding disc liner plate gap is dual protected by electronic and mechanical caging devices to avoid heavy vibration and impact. Equipped with multiple intelligent protection devices, the CLUM main unit can realize continuous operation.
Environmental Friendly
Adopting multi-rotor classifier structure, the final product fineness can achieve D97 5-45 micron. It can produce powder with 2 micron content of 20%-70%. It has the advantages of narrow particle size distribution, controllable 2 micron content, and good particle shape.
High Additional Value
The roller and grinding disc do not touch each other directly, no metal impact noise. The noise is 20-25dB lower than ball mill. Hermetic seal ensures the system operates under negative pressure with no dust leakage, meeting national environmental protection requirements.
| Item\Model | CLUM1425 | CLUM1632 | CLUM1736 |
| Plate 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 | / | / |
Note: The above data is based on the calcite,Particle size distribution: measured by micro laser diffraction particle size analyzer in British Malvern3000 instruments
CLUM series ultrafine vertical roller mill can be widely applied in the industries of chemicals, metallurgy, non-metallic ores etc. In particular, it is outstanding in processing white superfine non-metallic ore powders, providing superior quality fillers and additives for paper making, coating materials, plastics, rubber, PVC, printing ink etc. The CLUM mill can be extensively used to process superfine dry powder of non-metal materials such as calcite, marble, limestone, dolomite, barite, talc, kaolin, wollastonite, gypsum, feldspar, pyrophyllite etc.
CLUM series ultrafine vertical roller mill can be widely applied in the industries of chemicals, metallurgy, non-metallic ores etc. In particular, it is outstanding in processing white superfine non-metallic ore powders, providing superior quality fillers and additives for paper making, coating materials, plastics, rubber, PVC, printing ink etc. The CLUM mill can be extensively used to process superfine dry powder of non-metal materials such as calcite, marble, limestone, dolomite, barite, talc, kaolin, wollastonite, gypsum, feldspar, pyrophyllite etc.
CLUM1425 Production Parameters
Thousands of production lines operating stably, earning a global reputation for excellence.
CLUM1425 Production Parameters
CLUM1632 Production Parameters
Thousands of production lines operating stably, earning a global reputation for excellence.
CLUM1632 Production Parameters
CLUM1736 Production Parameters
Thousands of production lines operating stably, earning a global reputation for excellence.
CLUM1736 Production Parameters
CLUM1425 Production Parameters
Thousands of production lines operating stably, earning a global reputation for excellence.
CLUM1425 Production Parameters
CLUM1632 Production Parameters
Thousands of production lines operating stably, earning a global reputation for excellence.
CLUM1632 Production Parameters
CLUM1736 Production Parameters
Thousands of production lines operating stably, earning a global reputation for excellence.
CLUM1736 Production Parameters
The raw materials are released and transmitted by the feeding belt conveyor from the raw material hopper, with the weight of the materials being controlled by the belt scale and the tramp iron in the materials being removed by the iron remover. Subsequently, the materials are sent to the elevator, via the air lock valve and screw conveyor, into the mill interior for pulverization. After pulverization, the qualified powder separated from the powder classifier is transmitted into the tank-type pulse dust collector, then after the screw conveyor and discharge valve they are transported to the final product hopper, packed as sold directly. A small amount of coarse materials (colloquially “slag”) is released out by the mill unit, and re-feed into the machine to be grinded again.
01
Step 1: Material Feeding
The grinding plate is rotated by the main motor via the reduction gear. Meanwhile, high pressure air enters the mill interior via the air inlet. Materials are fed into the mill by the screw feeder and fall onto the center of the grinding plate.
02
Step 2: Grinding Process
Due to centrifugal force, materials move from the center of the grinding plate towards its fringe. Large blocks are crushed directly by the grinding roller pressure. Fine particles form a material bed and undergo inter-particle crushing until becoming powder.
03
Step 3: Classifying Process
The fine powder is taken away by strong air flow. When passing through the classifier, coarse particles fall back to the grinding plate for re-grinding due to centrifugal force, while qualified fine particles pass through the classifier system with the air flow.
04
Step 4: Collection & Discharge
Qualified fine particles are collected by the dust collector as finished product. Coarse impurities fall into the lower grinding chamber and are discharged by the scraping plate.
The raw materials are released and transmitted by the feeding belt conveyor from the raw material hopper, with the weight of the materials being controlled by the belt scale and the tramp iron in the materials being removed by the iron remover. Subsequently, the materials are sent to the elevator, via the air lock valve and screw conveyor, into the mill interior for pulverization. After pulverization, the qualified powder separated from the powder classifier is transmitted into the tank-type pulse dust collector, then after the screw conveyor and discharge valve they are transported to the final product hopper, packed as sold directly. A small amount of coarse materials (colloquially “slag”) is released out by the mill unit, and re-feed into the machine to be grinded again.
01
Step 1: Material Feeding
The grinding plate is rotated by the main motor via the reduction gear. Meanwhile, high pressure air enters the mill interior via the air inlet. Materials are fed into the mill by the screw feeder and fall onto the center of the grinding plate.
02
Step 2: High-Pressure Multi-Layer Grinding
Due to centrifugal force, materials move from the center of the grinding plate towards its fringe. Large blocks are crushed directly by the grinding roller pressure. Fine particles form a material bed and undergo inter-particle crushing until becoming powder.
03
Step 3: High-Speed Precision Classifying
The fine powder is taken away by strong air flow. When passing through the classifier, coarse particles fall back to the grinding plate for re-grinding due to centrifugal force, while qualified fine particles pass through the classifier system with the air flow.
04
Step 4: Efficient Collection & Eco-Friendly Output
Qualified fine particles are collected by the dust collector as finished product. Coarse impurities fall into the lower grinding chamber and are discharged by the scraping plate.
Production Capacity Advantage
Equipped with 6 specialized HGM production lines, we guarantee robust output and rapid delivery cycles, ensuring a stable and timely supply for even the largest global industrial projects
Location Advantages
Ideally situated just 20 minutes from Shanghai Pudong International Airport (PVG), Clirik or our company offers seamless accessibility for international factory inspections and a high-speed logistics gateway for rapid global shipping.
20+
Years Excellence
120+
Countries
280+
Materials
3600+
Projects
Production Capacity Advantage
Equipped with 6 specialized HGM production lines, we guarantee robust output and rapid delivery cycles, ensuring a stable and timely supply for even the largest global industrial projects
Location Advantages
Ideally situated just 20 minutes from Shanghai Pudong International Airport (PVG), Clirik or our company offers seamless accessibility for international factory inspections and a high-speed logistics gateway for rapid global shipping.
20+
Years Excellence
120+
Countries
280+
Materials
3600+
Projects
Advanced Mineral Analysis (XRF/XRD)
We provide precise chemical and physical testing to identify your mineral’s industrial potential and ensure the most accurate equipment selection.
Industrial-Scale Trial Runs
Ship your raw materials to our facility for a live demonstration on our dedicated HGM80 pilot line to witness real working performance purchase.
Certified Performance Data
Receive detailed technical reports on achievable fineness (D97), hourly output, and power consumption to provide an empirical foundation for your investment.
Tailored Technical Consulting
Based on test results, we customize your system configuration and provide ROI projections to maximize your long-term operational profitability.
Advanced Mineral Analysis (XRF/XRD)
We provide precise chemical and physical testing to identify your mineral’s industrial potential and ensure the most accurate equipment selection.
Industrial-Scale Trial Runs
Ship your raw materials to our facility for a live demonstration on our dedicated HGM80 pilot line to witness real working performance purchase.
Certified Performance Data
Receive detailed technical reports on achievable fineness (D97), hourly output, and power consumption to provide an empirical foundation for your investment.
Tailored Technical Consulting
Based on test results, we customize your system configuration and provide ROI projections to maximize your long-term operational profitability.
Experienced Global Installation Team
Our seasoned engineers provide on-site assembly, precision alignment, and seamless commissioning worldwide, ensuring your production line starts correctly from day one.
Advanced Remote Diagnostic Support
Leveraging real-time data monitoring, our senior electrical experts provide instant remote troubleshooting and ‘cloud-based’ technical guidance to minimize project downtime.
Comprehensive Technical Training
We offer thorough hands-on training for your local operators, covering safety protocols, routine maintenance, and system optimization to ensure long-term operational success.
Rapid Response & Lifecycle Service
With a focus on customer success, our rapid-response system provides lifetime technical support and genuine spare parts delivery to keep your factory running at peak efficiency.
Experienced Global Installation Team
Our seasoned engineers provide on-site assembly, precision alignment, and seamless commissioning worldwide, ensuring your production line starts correctly from day one.
Advanced Remote Diagnostic Support
Leveraging real-time data monitoring, our senior electrical experts provide instant remote trouble shooting and ‘cloud-based’ technical guidance to minimize project downtime.
Comprehensive Technical Training
We offer thorough hands-on training for your local operators, covering safety protocols, routine maintenance, and system optimization to ensure long-term operational success.
Rapid Response & Lifecycle Service
With a focus on customer success, our rapid-response system provides lifetime technical support and genuine spare parts delivery to keep your factory running at peak efficiency.
We are a direct manufacturer with an extensive nationwide production, ensuring factory-direct quality and competitive pricing.
Standard delivery time is 30–45 days after order confirmation and deposit receipt.
Yes, we offer on-site installation and commissioning services. Our experienced engineers can provide training for your operators.
You can contact us directly via the information below. Please provide your material type, target fineness, expected capacity, and any special requirements.
The price depends on the model, capacity, fineness requirements, and auxiliary equipment (crusher, elevator, dust collector, packing machine, etc.). Please provide your specific requirements, and we will send you a detailed quotation.
We are a direct manufacturer with an extensive nationwide production, ensuring factory-direct quality and competitive pricing.
Standard delivery time is 30–45 days after order confirmation and deposit receipt.
Yes, we offer on-site installation and commissioning services. Our experienced engineers can provide training for your operators.
You can contact us directly via the information below. Please provide your material type, target fineness, expected capacity, and any special requirements.
The price depends on the model, capacity, fineness requirements, and auxiliary equipment (crusher, elevator, dust collector, packing machine, etc.). Please provide your specific requirements, and we will send you a detailed quotation.
CONTACT US
Every mineral has its unique value. Share your material specs and capacity
needs, and CLIRIK experts will tailor a cost-effective grinding solution to ensure
your project’s successful operation.
Address
No.19, Fuqing Rd, Pudong
New Area, Shanghai, China.
Find Us On :
Every mineral has its unique value. Share your material specs and capacity
needs, and CLIRIK experts will tailor a cost-effective grinding solution to ensure
your project’s successful operation.
Address
No.19, Fuqing Rd, Pudong
New Area, Shanghai, China.
Find Us On :
