The company's main products are HGM series micro pulverizer, superfine micro pulverizer, micro pulverizer, superfine pulverizer, pulverizer and matching hammer crusher, etc.
02/07/2026 admin
If you’re running a mineral processing plant, you already know: the wrong pulverising machine choice locks you into years of high energy bills, uneven particle distribution, and constant wear-part replacements.
Traditional impact pulverisers force a brutal trade-off—fine powder quality means sky-high energy consumption. Coarse grinding saves power but fails product specs.
Our HGM Series vertical pulverising machine eliminates that trade-off. Here’s how:
“After switching from a ball mill + air classifier setup to the HGM125L Pulverising Machine, our limestone powder plant in Vietnam cut energy use by 31% and eliminated the external classifier maintenance headache entirely.” — Plant Manager, 80,000 t/year calcium carbonate facility (name available on request)
| Your Current Pain Point | How HGM Solves It | Verified Result |
|---|---|---|
| Energy costs 40-50% of operating budget | Integrated grinding + internal dynamic classifier, no external classifier power draw | 30% electricity savings vs. traditional impact mills |
| Wear parts fail every 2,000 hours on hard ore | Cr-Mo alloy grinding rollers with proprietary heat treatment | 8,000+ hour service life in basalt/iron ore applications |
| Dust leakage triggers environmental compliance issues | Fully sealed negative pressure system | Zero dust emission during operation |
| Workshop space limits expansion | Vertical compact structure | 35% floor space reduction vs. horizontal mill + classifier layout |
See Full Technical Comparison: HGM vs. Ball Mill vs. Raymond Mill
| Model | Max Feed Size | Finished Mesh | Main Power | Hour Capacity | Best For |
|---|---|---|---|---|---|
| HGM80 | ≤20mm | 200–2500 | 75 KW | 0.5–5.5 t/h | Small-scale pilot lines, R&D facilities |
| HGM100L | ≤20mm | 150–2500 | 132–150 KW | 1.2–10 t/h | Medium multi-fineness production |
| HGM125L | ≤20mm | 150–2000 | 185–200 KW | 2.5–20 t/h | Medium-large processing plants |
| HGM1680 | ≤20mm | 150–1500 | 250–280 KW | 5–45 t/h | Large-scale concentrated production bases |
Not sure which model fits your ore and target output? Talk to Our Process Engineer → (Free 15-minute consultation)
Limestone, calcite, talc, kaolin, gypsum, dolomite
Critical Requirement: Raw material moisture below 3% for stable target output.
Recommended Configuration: HGM80 or HGM100L with standard grinding roller assembly.
Typical Project: 500-mesh limestone powder for cement additive production → Read Case Study
Granite, basalt, iron ore, cement clinker, quartz
Critical Requirement: Wear-resistant grinding components to prevent catastrophic component failure.
Recommended Configuration: HGM125L or HGM1680 with thickened Cr-Mo alloy liner and reinforced grinding roller assembly.
Typical Project: 800-mesh ultrafine iron ore powder for metallurgical applications → Read Case Study
Get Custom Wear-Part Recommendation for Your Ore →
Watch HGM Ultrafine Pulverising Machine Working Animation →
| Project Type | What You Need | Our Solution |
|---|---|---|
| New Build | Small-to-medium mineral powder production line | Turnkey fine grinding system design from zero |
| Plant Upgrade | Old powder mill technical transformation for ultrafine capability | Retrofit HGM into existing layout, minimize downtime |
| Output Expansion | Mixed grinding of mineral + chemical raw materials + industrial admixtures | Multi-feed system with automated ratio control |
| Waste Recovery | Industrial solid waste recycling and pulverising | Custom configuration for slag, fly ash, construction debris |
See Completed Projects by Industry →
| Extra Condition | Recommended Add-On | Why It Matters |
|---|---|---|
| High moisture raw materials (>3%) | Hot air drying supporting device | Pre-drying prevents clogging, ensures stable output |
| Ultra-hard ore long-term production | Thickened wear-resistant liner (custom alloy) | Extends maintenance intervals from months to years |
| Strict environmental regulations | Enhanced pulse dust collector + noise enclosure | Passes EU/EPA emission standards |
| Limited existing space | Compact vertical layout redesign | Fits into existing workshop without structural modification |
Request Custom Configuration Quote →
Yes. Replace the grinding roller liner assembly to switch between material categories. No need for separate machines. Changeover takes 4-6 hours with standard tools.
All standard models accept ≤10mm after pre-crushing for optimal performance. We can supply integrated jaw crusher + HGM system as a complete line.
Full negative pressure sealing with pulse dust collector. Zero dust leakage during operation. Meets EPA, EU, and Chinese GB emission standards. Compliance certificates available.
We provide on-site installation supervision and operator training. Typical commissioning: 7-14 days depending on model size.
Wear parts (grinding rollers, liners, classifier wheels) stocked in regional warehouses. 72-hour delivery to Southeast Asia, Middle East, and Africa. 12-month warranty on all components.
Standard models: 45-60 days ex-factory. Custom configurations: 75-90 days. We handle shipping, customs documentation, and inland delivery to your plant.
Yes. Operating reference plants available in Vietnam, Indonesia, Saudi Arabia, and Egypt.
Yes. Letter of Credit, T/T with milestone payments, and equipment leasing options available for qualified projects.
| Factor | Ball Mill + External Classifier | Raymond Mill | HGM Series |
|---|---|---|---|
| Energy per ton | High (separate classifier power) | Medium | 30% lower |
| Footprint | Large (two machines + conveyors) | Medium | 35% smaller |
| Particle uniformity | Good (with classifier) | Moderate | Excellent (built-in classifier) |
| Maintenance points | 15+ (two systems) | 8+ | 5 (integrated design) |
| Hard ore suitability | Poor (high wear) | Poor | Excellent (alloy components) |
| Initial investment | Higher | Lower | Medium, faster ROI |
Download Full Comparison Whitepaper →
Option 1: Quick Online Quote Tell us your material, target mesh, and hourly capacity. We’ll match the right HGM model and send pricing within 24 hours.
Option 2: Talk to a Process Engineer 15-minute video call to discuss your specific ore characteristics, plant layout, and production targets. No obligation.
Option 3: Download Technical Brochure Full specifications, dimensional drawings, and installation requirements for all HGM models.
| Model | HGM80 | HGM100L | HGM125L | HGM1680 |
|---|---|---|---|---|
| Max Feed Size | ≤20mm | ≤20mm | ≤20mm | ≤20mm |
| Finished Mesh | 200–2500 | 150–2500 | 150–2000 | 150–1500 |
| Main Power | 75 KW | 132–150 KW | 185–200 KW | 250–280 KW |
| Hour Capacity | 0.5–5.5 t/h | 1.2–10 t/h | 2.5–20 t/h | 5–45 t/h |
All models accept maximum feed sizes ≤20mm, ensuring consistent material processing efficiency.
Our industrial pulverising machine is cost-saving core equipment for modern fine powder manufacturing. The integrated design reduces both factory investment and long-term operation cost. It is the preferred upgrading equipment for global mineral and chemical powder processing projects.
If you have some questions about our products, please feel free to fill out the form below, and we will contact you within 24 hours.
