Solid and reliable integral base structure has strong shock resistance and can improve the stability and reliability during equipment operation.
Our Products
HC Super Large Grinding Machine
technical parameter
| Model | Number of rollers | Grinding ring Diameter （mm） | Maximum feeding size （mm） | Fineness（mm） | Capacity(t/h) | Total power (kw) |
| HC1900 | 5 | 1900 | 40 | 0.038-0.18 | 10-35 | 555 |
| HC2000 | 5 | 2000 | 40 | 0.038-0.18 | 15-45 | 635-705 |
| HC2500 | 6 | 2500 | 40 | 0.038-0.18 | 30-60 | 1210 |
| HC3000 | 6 | 3000 | 40 | 0.038-0.18 | 45-90 | 1732 |
Processing
materials
Applicable Materials
Guilin HongCheng grinding mills are suitable for grinding diverse non-metallic mineral materials with Mohs hardness below 7 and moisture below 6%, the final fineness can be adjusted between 60-2500mesh. Applicable materials such as marble, limestone, calcite, feldspar, activated carbon, barite, fluorite, gypsum, clay, graphite, kaolin, wollastonite, quicklime, manganese ore, bentonite, talc, asbestos, mica, clinker, feldspar, quartz, ceramics, bauxite, etc. Please contact us for details.
calcium carbonate
dolomite
limestone
marble
talc
Technical Advantages
The raw materials are in even distribution, which increases the grinding efficiency and output, and prolongs the service life time of wearing parts.
The pulse dust collection system has a strong dust removal effect, the dust collection efficiency is up to 99.9%, which is more suitable for dust removal conditions like high dust concentration and high humidity.
The new structure is compact, reasonable and reliable, the grinding ring can be maintained and repaired without disassembling which can reduce maintenance time.
The combined structure cover allows replacing the grinding roller without disassembling other parts, ease of replacement and maintenance.
The mill adopts particular wear-resistant high-chromium alloy material technology, it is more suitable for high-frequency heavy load crushing and grinding conditions, and the service life is about 3 times longer than the industry standard.
Using multi-layer structure to ensure dust-proof sealing of the grinding roll device (patent number CN200820113450.1), which can effectively prevent the outside dust coming into it. Filling the lubricant 500-800 hours once which helps to reduce maintenance time and cost.
Product Cases
Designed and built for professionals
- Absolutely no compromise on quality
- Sturdy and durable construction
- Components of highest quality
- Hardened stainless steel, aluminium
- Continuous development and improvement
Structure and Principle
The upgraded HC super large capacity grinding mill consists of of main mill, classifier, dust collector and other components. The main mill adopts integral casting base structure, and can use cushioning base. The classifying system adopts turbine classifier structure, and the collection system adopts pulse collection.
Raw materials are delivered by forklift to the hopper and crushed by crusher to less than 40mm, and material is lifted by elevator to the storage hopper of the mill. When the material is discharged from the hopper, the feeder sends the material evenly to the main mill for grinding. The qualified powders are classified by the classifier and then enter the pulse dust collector through the pipeline. The powders are collected by the pulse dust collector and discharged through the discharge port at the bottom of the pulse dust collector and delivered to the trash bin. The system is designed as an open loop system, the dust removal is full pulse collection, which has 99.9% pulse collection efficiency. The mill throughput can be greatly increased and it will be more environmentally friendly. Since the HC super large capacity grinding mill very high throughput which can cannot be manually packaged, it needs to be transported to the powder storage tank before packaging.
We would like to recommend you the optimal grinding mill model to ensure you get the desired grinding results. Please tell us the following questions:
1.Your raw material?
2.Required fineness(mesh/μm)?
3.Required capacity (t/h)?
