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HGM Micro-powder Grinding Mill Introduction

Formally known as the HGM Series Micro-powder Grinding Mill, this machine serves as a high-efficiency and refined upgrade to traditional micro-powder grinding equipment. Its core positioning targets medium-to-large-scale non-metallic mineral powder processing lines, focusing on ultra-fine powder production. Its objective is to consistently produce ultra-fine powders ranging from 80 to 2500 mesh (approximately 0.005–0.18 mm) with high grinding efficiency, low energy consumption, and stable operational performance.

Simply put, it currently stands as the preferred choice for ultra-fine powder processing of medium-hard materials such as calcite, barite, and limestone.

HGM Micro-powder Grinding Mill Positioning

• Equipment Type: Ultra-fine micro-powder grinding mill (positioned between traditional Raymond mills and large-scale vertical grinding mills).

• Product Fineness: 80–2500 mesh (approx. 0.005–0.18 mm), adjustable according to production needs.

• Core Value: While ensuring high powder fineness and production efficiency, the mill reduces unit energy consumption through optimized structural design.

Key Applicable Scenarios and Materials

• Applicable Materials: Limestone, calcite, barite, gypsum, bentonite, kaolin, coal, and other medium-hard materials.

• Industry Applications: Non-metallic mineral deep processing, building materials production, chemical industry powder preparation, and ultra-fine powder production for food, medicine, and other fields.

Product Feature

Patented technology, with an Inner automatic thin-oil lubricating system, and a long oil change cycle.

HGM Micro-powder Grinding Mill

Working principle

• Machine Positioning : Classified as a large-scale vertical grinding equipment, it occupies an intermediate position between medium-speed trapezoidal mills and heavy-duty ball mills. It is primarily utilized to grind materials into ultra-fine powder (80-2000 mesh), with stable grinding performance and low energy consumption, serving as a core equipment for large-scale powder processing production lines.

• Working Principle: Materials are evenly fed into the center of the grinding table, and under the action of centrifugal force, they move outward to the grinding area. The grinding rollers press tightly against the grinding ring, realizing high-efficiency grinding through rolling compression. The fine powder is carried by the air flow to the classifier for screening, and the qualified powder is collected, while the unqualified powder falls back to the grinding area for re-grinding.

HGM Micro-powder Grinding Mill principle

Technical parameter

Model Average diameter
(mm)
Ringing Roller/Roller Ring NO. Input Size of Main Frame
(mm)
Finished Product Size Capacity(t/h) Power(kw) Overrall Dimension
L×W×H(m)
Ringing Roller
(pcs)
Roller Ring
(pcs)
Micron Mesh Main Grinder Power Separator Draft Fan Feeder Discharge Valve
HGM80 800 21 3 ≤ 10 5-47 3250-325 0.6-4 75 22 45 0.06 0.75 11.9×2.7×5.8
HGM100 1000 27 3 ≤ 20 5-47 3250-325 0.9-6 110 30 75 0.15 1.1 15.5×4.5×8.6
HGM1036 1000 36 4 ≤ 20 5-47 3250-325 1.2-10 132 37 75 0.15 1.1 18×4.6×8.6

*The output will vary according to different materials, feed particle size and other factors

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