Pin Mill Depolymerization System
How It Works
After being fed into the grinding chamber by the feeding device, the materials are accelerated synchronously with the high-speed rotating turntable and move outward under the action of centrifugal force. During the process, they collide violently with the pin rods on the turntable and the static disc to realize grinding, with the grinding intensity increasing toward the outer circumference. Both the turntable and the static disc are equipped with three layers of pin rod rings, ensuring the materials undergo sufficient and uniform grinding, and guaranteeing a finer discharge fineness and a regular particle size distribution. The complete system consists of a pin rod mill, a two-stage classifier, a dust collector and an induced draft fan. The pin rod mill accurately controls the D50 index; the first-stage classification removes large particles to meet the D90 requirement, with coarse particles being able to flow back for further deagglomeration; the second-stage classification removes fine powder to ensure the D10 index.
The system is equipped with three independent discharge outlets: the first-stage classification discharges coarse particles, the second-stage classification outputs finished products, and the dust collector collects micro-powder. The classified discharging is accurate and efficient, meeting the refined requirements for the deagglomeration processing of anode materials.
Performance and Features
Integrated Crushing & Dispersing to Prevent Caking
Equipped with specialized needle-shaped and tooth-shaped grinding components, the system performs the dual functions of high-efficiency crushing and deep de-agglomeration. It effectively breaks down fine powder clusters during processing, significantly reducing the risk of finished product caking while substantially improving the fluidity, dispersibility, and overall usability of the powder.
High-Efficiency Crushing with Powerful Performance
The innovative dual-disk design, supporting both dual-rotating and static-rotating modes, generates intense shearing, impact, and grinding forces through high-speed relative motion. This mechanism significantly shortens the material processing cycle and delivers crushing efficiency far exceeding traditional mills, providing a robust boost to overall factory production capacity.
Precise Particle Size Control & Superior Uniformity
By flexibly adjusting core technical parameters—such as the speed differential between disks and the precision grinding gap—materials can be accurately processed within the 20-100 micron range. The resulting finished powder features a highly concentrated and narrow particle size distribution, meeting the most stringent consistency standards required for high-precision industrial applications.
Compact Structural Design & Simplified Maintenance
The equipment features a space-saving compact layout and a screen-free design that completely eliminates clogging issues. Core components, including grinding disks and needle teeth, are engineered for quick disassembly and reassembly, making daily cleaning and preventive maintenance exceptionally simple. This user-friendly design minimizes technical barriers and significantly lowers long-term operational costs.
Technical Parameters
| Parameters / Model JCUM-P | 250 | 360 | 500 | 630 | 800 | 1000 |
|---|---|---|---|---|---|---|
| Grinding disc diameter (mm) | 250 | 400 | 500 | 630 | 800 | 1000 |
| Maximum speed on Case side (r/min) | 8000 | 5200 | 4200 | 3300 | 2800 | 2250 |
| Maximum speed on Door side (r/min) | 4500 | 4000 | 3600 | 3000 | 2500 | 2000 |
| Case side Power (kW) | 11 | 37 | 45 | 55 | 90~110 | 132~160 |
| Door side Power (kW) | 7.5 | 22 | 30 | 55 | 90~110 | 132~160 |
| Particle size (mesh) | 20~120 | 20~120 | 20~120 | 20~120 | 20~120 | 20~120 |
| Output (kg/h) | 100~600 | 200~1000 | 400~2000 | 1000~5000 | 2000~8000 | 3000~12000 |





