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Continuous Ultrafine Grinding for Zirconium Silicate - China Suppliers & Factory Solutions for High-Purity Powders
Product advantage
Layout diagram
1
Grinding fineness up to 10000 mesh, uniform particle size distribution, stable and reliable quality.
2
There is no phenomenon in continuous zirconium silicate ultrafine pulping ball mill, there will be no spraying injury, there is no need to manually discharge the pulp, which greatly improves the operation safety of workers.
3
Save energy, while reducing the total grinding time to improve the grinding efficiency, the customer's actual use data shows that compared with the traditional intermittent ball mill energy saving 9.8%.
4
The feed transfer cylinder through the accurate weight reduction measurement method by the computer program according to the formula to control the feed, to solve the problem of raw material formula feed control.
5
The intermediate pulping device of the system adopts the transition mode developed independently to ensure that the intermediate pulping device will not leak pulp during long-term operation of the equipment, and can supplement the grinding medium and water at the same time.
6
Continuous ball mill can contain 3 ~ 6 units with an independent drive system of the ball mill, each unit design has an independent speed and stone ratio, according to the raw material situation and the required powder fineness requirements, choose the appropriate stone ratio and speed, so as to achieve the highest efficiency.
7
Intelligent control, greatly save labor, and reduce the labor intensity of workers, save the time of unloading.
Main technical parameters
| Model | Volume (m³) | Cylinder Size (mm) | Type of Lining | Grinding Media |
|---|---|---|---|---|
| QCX2582 | 36.8 | φ2500×8200 | High alumina lining | Zirconium aluminum/high aluminum ball |
| QCX2590 | 40.6 | φ2500×9000 | High alumina lining | Zirconium aluminum/high aluminum ball |
| QCX2870 | 39 | φ2800×7000 | High alumina lining | Zirconium aluminum/high aluminum ball |
| QCX3084 | 54.6 | φ3000×8400 | High alumina lining | Zirconium aluminum/high aluminum ball |
| QCX3370 | 54.5 | φ3300×7000 | High alumina lining | Zirconium aluminum/high aluminum ball |
Note: Continuous ball mill combined use, can be adjusted according to customer output and fineness.
Key Features
Continuous Operation
Enables uninterrupted grinding and discharge, improving productivity and process stability.
Ultrafine Output
Capable of achieving particle sizes as fine as 1–5 microns, ideal for zirconium silicate’s application in high-performance ceramics and paints.
Precision Control
Adjustable grinding speed, media size, and residence time for tailored particle size distribution and quality control.
Low Contamination Design
Made with wear-resistant materials to preserve the high purity of zirconium silicate and prevent media or liner contamination.
Closed-Circuit Capability
Integrates seamlessly with classifiers or separators to achieve precise cut sizes and maintain narrow particle distribution.
Applications
Advanced Ceramics (e.g., dental ceramics, tiles)
Paints and Coatings
Refractories and Foundry Materials
Electronic Components
Abrasives and Fillers
Advantages
- High product purity and whiteness
- Energy-efficient and cost-effective continuous operation
- Reduced downtime and minimal maintenance
- Scalable design for various production capacities
Frequently Asked Questions
What is the maximum grinding fineness of the continuous ball mill?
The continuous zirconium silicate ball mill can achieve an ultra-fine grinding fineness of up to 10,000 mesh (approximately 1 to 5 microns) with a highly uniform particle size distribution.
How much energy can be saved compared to traditional ball mills?
According to actual customer usage data, the continuous ball mill system saves up to 9.8% in energy consumption while reducing the total grinding time and increasing overall efficiency compared to traditional intermittent ball mills.
How does the system prevent pulp leakage during continuous operation?
The system utilizes an independently developed transition intermediate pulping device. This design guarantees no pulp leakage during long-term operation while allowing the simultaneous replenishment of grinding media and water.
Can the continuous ball mill configure different speeds for different units?
Yes, the system can contain 3 to 6 grinding units, each equipped with an independent drive system. This allows for customized speeds and stone ratios based on raw material conditions and target powder fineness.
What materials are used for the lining and grinding media to prevent contamination?
The cylinder uses a high alumina lining, and the grinding media consists of zirconium aluminum or high alumina balls. This combination ensures wear resistance and preserves the high purity and whiteness of the zirconium silicate.
How is the raw material feeding controlled in this system?
Feeding is automated using a feed transfer cylinder managed by a computer program. It uses an accurate weight reduction measurement method according to your specific formula to ensure precise raw material ratio control.