Mineral Fly Ash Grinding Mill

Key Features
1.High Grinding Efficiency
The HCC1200 mineral powder grinding machine uses a precision-designed roller and ring system that ensures consistent and fine particle output.
2.Adjustable Fineness
This mineral powder grinding machine allows users to control the final product size, making mineral powder gringing machine suitable for various applications in construction and cement industries.
3.Durable Design
As a robust aggregate grinding mill, mineral powder gringing machine is built with wear-resistant materials, reducing maintenance frequency and downtime.
4.Energy-Saving Operation
Compared to traditional equipment, the HCC1200 fly ash grinding mill operates with lower energy consumption and higher output.
5.Environmentally Friendly
The enclosed system reduces dust emissions, positioning it as an eco-conscious mineral powder grinding machine for modern processing plants.
Product Detailed

Details of the HCC Aggregate Grinding Mill
HCC grinder functions as the core machine of the FSCG fine crushing and classification plant
Specification
| Model | HCC1200 |
| Minimum Power(Kw) | 55+75 |
| Number of Ring Cage(Unit) | 2/4/6 |
| Bar Shape | Multiple |
| Control Mode | Dual Frequency Conversion |
| Optional Feed Particle Size(mm) | <30 |
| Feed Amount(t/h) | 15-30 |
Applicable Material Types


Final Product

Specifications of the Finished Sand
Range of Configuration

1.The aggregate grinding mill is essential in the fine material processing of non-metallic mineral materials such as quartz, feldspar, kaolin, and calcium carbonate. Through high-speed rotation and advanced classification systems, the aggregate grinding mill ensures uniform particle size distribution, which is critical for applications requiring fine and ultrafine powder.
2.For non-metallic minerals that require surface treatment, the mineral powder grinding machine plays a crucial role in surface delamination, where layered structures like mica or graphite are broken down into thin, individual flakes. This mineral powder gringing machine improves dispersion in composite materials and enhances their functional performance.
3.The fly ash grinding mill contributes to depolymerization by breaking down agglomerates and complex particle clusters within mineral mixtures, thereby improving the reactivity and compatibility of fly ash when blended with cementitious materials. This capability is key in the production of high-performance concrete and eco-friendly building components.
4.In the processing of light calcium, talc, and wollastonite, the mineral powder grinding machine enables precise control over particle morphology and surface area, which is vital for applications in plastics, rubber, and paint industries. The fly ash grinding mill can also be adapted to achieve similar results in post-combustion fly ash by modifying grinding parameters for targeted fineness.
5.Both the aggregate grinding mill and mineral powder grinding machine are engineered to reduce particle bonding forces, effectively facilitating surface delamination and depolymerization. This not only enhances powder flowability but also improves chemical activation in end-use applications like adhesives, coatings, and fillers.
6.The fly ash grinding mill, when used in tandem with the aggregate grinding mill, creates a hybrid system capable of handling mixed mineral inputs. This is especially beneficial in complex material processing plants where diverse feedstocks—such as fly ash, slag, and silica—require simultaneous fine grinding and surface modification.
One-site View


Yes, we provide fully customized equipment solutions based on client requirements, including size specifications, functional configurations, and capacity design to meet the unique demands of each project.
Yes, we provide comprehensive installation and commissioning support, either on-site or through remote technical assistance, to ensure optimal equipment performance.
The standard warranty period for most core equipment is generally 12 months, with exact terms defined in the purchase agreement.
First, customers should provide information on the type and hardness of local raw materials (e.g., granite, river pebbles, limestone etc.). Next, customers need to specify the desired finished product requirements, including fineness modulus and particle shape. Then, based on the required production capacity (e.g., tons per hour), different models can be recommended—for example, a shaping sand making machine for higher output, or equipment tailored for ordinary or specialized mortar production depending on the application. Finally, customers can select and customize the equipment based on site conditions, installation environment, energy consumption, maintenance costs, and overall project budget.
Our equipment complies with international standards, including ISO 9001 quality management certification,ISO 14001 – Environmental Management System. Third-party inspections, such as SGS reports, can be arranged based on specific customer requirements.
We accept multiple payment methods, including T/T, L/C, and others as agreed upon in the contract. The Incoterms accepted are generally FOB,CFR,CIF,DAP,and also depending on the terms specified in the contract.