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For industries ranging from mineral processing to chemical manufacturing, producing consistent, high-quality fine powder is a core challenge.
Many operators struggle to balance production capacity, fineness control, and operational costs, which is why investing in a reliable powder milling machine has become a top priority.
CLIRIK’s HGM series equipment, designed to meet the demands of modern ultra fine grinders and powder crusher machine applications, has emerged as a leading solution for businesses worldwide.
Unlike traditional crushing equipment that only reduces particle size to a coarse range, a powder milling machine uses advanced roller-and-ring grinding technology to process materials into ultra-fine powder.
CLIRIK’s HGM series works by driving grinding rollers to roll and press against the grinding ring, generating strong pressure to crush and grind materials into tiny particles.
This mechanism ensures that the final product can reach an adjustable fineness between 325 and 3000 mesh, perfectly matching the requirements of ultra fine grinders for industries that need micron-level powder.
One of the biggest advantages of CLIRIK’s HGM series is its wide material compatibility.
This powder milling machine can handle over 100 types of non-flammable, non-explosive brittle materials with Moh’s hardness below 7.
Common materials include calcite, limestone, dolomite, barite, talc, mica, kaolin, gypsum, carbon black, and quartz.
Whether you are processing industrial minerals or construction raw materials, this equipment can replace traditional powder crusher machine setups to deliver finished powder in one single step, eliminating the need for multiple processing stages.
Traditional powder crusher machine setups often require multiple stages of crushing and secondary grinding, which increases operational complexity and costs.
In contrast, CLIRIK’s HGM series integrates crushing, grinding, and classifying into one compact system.
The wear parts of this equipment have a service life 2-3 times longer than common impact mills, reducing maintenance downtime.
Additionally, the system uses pulse bag filters and mufflers to achieve dust-free and low-noise operation, meeting strict environmental standards without compromising production efficiency.
To help customers select the right model for their needs, CLIRIK offers 5 standard HGM series models with different capacities and specifications.
The table below outlines the core parameters of each model:
Model | Capacity (t/h) | Max Feeding Size (mm) | Output Fineness (Mesh) | Ideal Application Scenario |
HGM80 | 0.5-5.5 | ≤10 | 325-3000 | Small-scale fine powder processing plants |
HGM90 | 0.8-6.5 | ≤10 | 325-3000 | Medium-sized mineral processing workshops |
HGM100 | 1.2-10 | ≤15 | 325-3000 | Standard industrial powder production lines |
HGM125 | 2-16 | ≤20 | 325-3000 | Large-scale powder manufacturing factories |
HGM168L | 3.8-30 | ≤20 | 325-3000 | Heavy-duty ultrafine powder projects |
This flexible range ensures that whether you are a small workshop or a large industrial plant, you can find a powder milling machine that matches your production requirements. | ||||
Energy cost is a major concern for powder production businesses.
CLIRIK’s HGM series addresses this by delivering 30-40% higher energy efficiency compared to traditional ball mills.
The advanced intelligent speed control system can automatically adjust the operating parameters based on the material properties, avoiding unnecessary energy waste.
Additionally, the full thin-oil lubrication system reduces friction loss, while the compact design minimizes the footprint of your production line, cutting down on infrastructure costs as well.
If you are looking to upgrade your powder production line, CLIRIK’s HGM series is the ideal choice.
