HGM Grinding Mill
Three-Ring Medium-Speed Ultra Fine Micro Powder Grinding Mill for 325-2500 Mesh Mineral Processing
HGM Grinding Mill, also known as three-ring medium-speed micro powder mill, is a professional ultra-fine powder processing equipment upgraded on the basis of traditional Raymond mill. It adopts multi-ring roller pressurized grinding and dynamic high-precision classification technology, realizing325-2500 mesh ultra-fine powder production. Featuring high powder purity, low wear loss, energy-saving operation and ultra-high classification accuracy, it is specially designed for high-end fine and micro mineral powder processing.
Stable Operation
Eco-Friendly
Fully Sealed
What is HGM Grinding Mill?
Traditional grinding mills including ordinary Raymond mills are limited in fineness, mostly only suitable for 100-800 mesh powder processing, unable to meet the market demand for high-end 1000+ mesh ultra-fine powder. In addition, traditional equipment has problems such as uneven ultra-fine particle size, serious material impurity mixing, high roller wear and large fine powder loss, resulting in low powder grade and poor economic benefits for enterprises.
Our HGM Ultra Fine Grinding Mill breaks through the fineness limitation of traditional grinding equipment. Adopting three-ring multi-roller pressurized medium-speed grinding structure and independent dynamic classification system, it stably processes 325-2500 mesh ultra-fine micro powder. It is suitable for non-flammable and non-explosive brittle mineral materials with Mohs hardness ≤6 and humidity ≤6%. With the advantages of ultra-fine grinding, high purity, stable operation and low comprehensive consumption, it has become the core equipment for high-end ultra-fine powder production in global building materials, chemical, pharmaceutical and new material industries.
Complete Machine Configuration & Composition of HGM Grinding Mill
1. Three-Ring Multi-Roller Pressurized Grinding System
Different from single-layer grinding structure, the HGM mill adopts three-ring (four-ring) multi-roller symmetric layout. Multiple grinding rollers perform synchronous pressurized rotary grinding, which increases the grinding contact area and extrusion force exponentially. The medium-speed operation mode avoids excessive material over-grinding and powder waste, effectively improving ultra-fine grinding efficiency and ensuring uniform particle size of micro powder.
2. High-Precision Dynamic Classification Analyzer
Equipped with high-speed variable-frequency dynamic classifier independently developed for ultra-fine powder. It precisely screens micro powder within 325-2500 mesh, quickly separates qualified ultra-fine powder and unqualified coarse particles. The adjustable rotating speed realizes stepless fineness regulation, thoroughly solves the problem of difficult classification and mixed particle size of traditional ultra-fine powder, and greatly improves powder purity and qualification rate.
3. Optimized Closed Wind Circulation System
Adopts upgraded high-pressure centrifugal fan and fully sealed circulating air duct. The optimized air path design reduces wind resistance and ensures uniform and stable wind force in the grinding chamber. Qualified ultra-fine powder is efficiently conveyed to the powder collector, and unqualified materials are returned for re-grinding. The closed circulation avoids ultra-fine powder leakage and dust pollution, improving powder collection rate and workshop environment.
4. Wear-Resistant High-Purity Grinding Assembly
Core vulnerable parts such as grinding rollers and grinding rings are made of high-chromium wear-resistant alloy through integral casting. It features high hardness, strong pressure resistance and ultra-low wear. No metal debris falls off during long-term grinding, ensuring zero impurity pollution of finished ultra-fine powder. It fully meets the high-purity powder standards of new materials, medicine and fine chemical industries.
5. Intelligent Quantitative Feeding & Collecting System
Matching variable-frequency quantitative feeder, which feeds materials uniformly and stably according to grinding load, avoiding material accumulation, idle running and overload operation. The high-efficiency pulse powder collecting device realizes rapid and thorough collection of ultra-fine powder without fine powder residue and loss, maximizing material utilization rate.
6. PLC Intelligent Constant-Speed Control System
Presets exclusive ultra-fine grinding parameter curves for calcite, kaolin, talc and other high-end materials. It supports one-key start, mesh precision adjustment, automatic speed regulation and fault self-diagnosis. Equipped with overload, blockage and over-temperature protection functions. It realizes 24-hour unattended standardized production and stable ultra-fine powder output.
Core Product Advantages of HGM Grinding Mill
1. Ultra-Wide Fineness Range, 325-2500 Mesh Stepless Adjustment
Breaking the fineness limit of traditional Raymond mills, the HGM micro powder mill can freely adjust powder fineness from 325 mesh to 2500 mesh, covering fine powder, micro powder and ultra-fine powder processing. The dynamic classification technology ensures uniform particle size and concentrated distribution of finished powder, fully meeting the ultra-fine powder demand of high-end industrial fields.
2. High Purity Powder, Zero Impurity Pollution
The whole machine adopts non-pollution wear-resistant grinding structure. The high-hardness alloy grinding parts have extremely low wear rate, no metal debris mixing during grinding. The fully sealed circulating system avoids external dust doping. The finished ultra-fine powder has high purity and whiteness, which is suitable for high-standard industries such as fine chemicals and medical auxiliary materials.
3. High Grinding Efficiency & Low Fine Powder Loss
The three-ring multi-roller pressurized grinding structure increases grinding density, and the dynamic circulating classification avoids repeated invalid grinding. The ultra-high classification accuracy greatly reduces fine powder loss. Compared with traditional ultra-fine grinding equipment, the unit output is increased by 40%, and the comprehensive production efficiency is significantly improved.
4. Energy-Saving & Low Operating Cost
The optimized medium-speed operation and low-resistance air path design reduce invalid power consumption. The energy-saving rate is more than 40% higher than traditional ultra-fine grinding machines. The core parts have long service life and low replacement frequency, with low daily maintenance workload, effectively reducing long-term production and operation costs for enterprises.
5. Dust-Free Closed Operation, Eco-Friendly
Adopts fully enclosed grinding chamber + pulse dust removal integrated design. No ultra-fine powder leakage and dust overflow during the whole production process. The dust removal efficiency is up to 99.9%, realizing clean and environmentally friendly production. It fully complies with global environmental protection standards and high-standard workshop production requirements.
6. Stable Operation & Strong Adaptability
Industrial-grade heavy-duty fuselage and symmetric grinding structure ensure low vibration and low noise operation. It stably processes various low-hardness brittle mineral materials. The intelligent load adaptation function automatically adjusts operating parameters according to material conditions, supporting 24-hour continuous batch production with low failure rate and high stability.
Working Principle & Production Flow of HGM Grinding Mill
Working Principle
The HGM Grinding Mill adopts three-ring multi-roller medium-speed pressurized grinding + dynamic ultra-fine classification principle. After raw materials are crushed to qualified fine particle size, they are uniformly sent to the multi-ring grinding chamber by the quantitative feeder. Multiple sets of grinding rollers perform synchronous pressurized rotary extrusion grinding to process materials into ultra-fine powder.
Under the action of circulating wind force, the powder rises with the air flow and enters the high-precision dynamic classifier. Qualified 325-2500 mesh ultra-fine powder is sent to the powder collector for finished product collection; unqualified coarse particles fall back to the grinding chamber for secondary re-grinding. The closed wind circulation and pulse dust removal system ensure efficient, clean and loss-free ultra-fine powder production.
Standard Production Flow
Raw Material Pre-Crushing → Fine Quantitative Feeding → Three-Ring Pressurized Ultra-Fine Grinding → Wind Conveyance Screening → Dynamic Fineness Classification → High-Purity Powder Collection → Dust Purification & Discharge → Continuous Ultra-Fine Powder Production
Application Scenarios of HGM Grinding Mill
HGM ultra-fine grinding mill is specially used for high-end ultra-fine micro powder processing of low-hardness non-metallic minerals. It is widely applicable to calcite, kaolin, talc, barite, bentonite, mica, feldspar and other materials. The processed ultra-fine powder is widely used in new material manufacturing, fine chemical industry, architectural coating, pharmaceutical auxiliary materials, plastic filler, paper-making filler and environmental protection industries, providing high-purity ultra-fine powder raw materials for high-standard industrial production.
Core Application Fields: High-end ultra-fine powder processing, new material raw materials, fine chemical production, coating & filler manufacturing, pharmaceutical auxiliary processing
Global Project Cases of HGM Grinding Mill
Case 1: Kaolin Ultra-Fine Powder Project | Malaysia New Material Factory
Project Info: The customer needs 1500-mesh high-purity kaolin ultra-fine powder for paper-making and coating fillers. Traditional mills cannot meet fineness and purity requirements. Our HGM grinding mill realizes precise ultra-fine grinding with uniform particle size and zero impurity. The closed dust-free production meets high-standard workshop requirements, greatly improving finished product grade and market value.
Case 2: Talc Micro Powder Processing Project | Thailand Fine Chemical Plant
Project Info: The customer requires 2000-mesh talc ultra-fine powder for plastic and rubber filler production. Our three-ring pressurized grinding structure ensures ultra-fine and uniform powder. The low-wear design avoids metal impurity mixing, and the energy-saving operation reduces long-term production costs, helping customers produce high-quality chemical filler powder stably.
Case 3: Calcite Ultra-Fine Powder Project | Indonesia Building Material Enterprise
Project Info: High-grade architectural coating requires 1250-mesh high-whiteness calcite powder. Our HGM micro powder mill adopts dynamic classification technology to ensure concentrated powder particle size distribution. The fully sealed pollution-free production guarantees powder whiteness and purity, perfectly meeting the production standards of high-end environmental protection coatings.
FAQs of HGM Grinding Mill
Q1: What is the biggest difference between HGM mill and Raymond mill?
A: Ordinary Raymond mill is limited to 100-800 mesh fine powder, while HGM grinding mill supports 325-2500 mesh ultra-fine micro powder processing. It has higher classification accuracy, better powder purity and lower fine powder loss, specially designed for high-end ultra-fine powder production.
Q2: What materials is the HGM ultra-fine mill suitable for?
A: It is suitable for non-flammable and non-explosive brittle mineral materials with Mohs hardness ≤6 and humidity ≤6%, including calcite, kaolin, talc, barite, bentonite, mica, feldspar and other low-hardness non-metallic ores.
Q3: Can the equipment stably produce 2000+ mesh ultra-fine powder?
A: Yes. Equipped with high-speed dynamic precision classifier, it can stably and continuously produce 2000-2500 mesh ultra-fine powder with uniform particle size and high qualification rate, meeting high-end ultra-fine powder industrial standards.
Q4: Does ultra-fine grinding cause serious powder loss?
A: No. The fully closed wind circulation system and high-efficiency powder collector ensure ultra-low fine powder loss. The secondary re-grinding and circulating screening structure maximizes material utilization rate with powder collection rate up to 99%.
Q5: Is the equipment difficult to maintain for long-term operation?
A: No. The core parts adopt high wear-resistant alloy materials with long service life. The modular structure is convenient for disassembly and replacement. The PLC intelligent unattended operation reduces manual intervention and daily maintenance workload.
Technical Parameters of HGM Grinding Mill
|
Item
|
Specification
|
|
Machine Model
|
HGM80 / HGM100 / HGM138 / HGM160 / HGM175 (Customizable)
|
|
Finished Powder Fineness
|
325 – 2500 Mesh Stepless Adjustable
|
|
Processing Capacity
|
2.0 – 35 T/H (Depends on material & fineness)
|
|
Feeding Particle Size
|
≤20mm Fine feeding size
|
|
Applicable Material Hardness
|
Mohs Hardness ≤6 Grade
|
|
Applicable Material Humidity
|
≤6% Low moisture materials
|
|
Ultra-Fine Powder Qualification Rate
|
≥99% High precision classification
|
|
Dust Removal Efficiency
|
≥99.9% Dust-free production
|
|
Operation Mode
|
PLC intelligent automatic control
|
|
Working Mode
|
Three-ring multi-roller pressurized grinding + dynamic ultra-fine classification
|
|
Energy Saving Rate
|
≥40% Higher than traditional ultra-fine mills
|
|
Applicable Materials
|
Calcite, kaolin, talc, barite, feldspar, marble, bentonite, mica
|
|
Application Industries
|
New materials, fine chemical, building materials, pharmaceutical auxiliary, coating industry
|
Get Custom HGM Grinding Milll Solution
Our HGM Grinding Mill solves the fineness limitation and low-purity defects of traditional grinding equipment. Featuring 325-2500 mesh ultra-fine adjustable grinding, high powder purity, low loss, energy-saving efficiency and dust-free environmental protection, it provides high-efficiency and high-quality ultra-fine powder processing solutions for global new material, fine chemical and high-end building material enterprises, helping customers improve product added value and market competitiveness.
Contact us now to get free model selection, material-matched ultra-fine grinding scheme and accurate project quotation!
