超微粉碎如何實現均一的粒徑分布
小型實驗研究用納米干式粉碎機 超微粉碎機
NANO GETTER Laboratory Series
DMS65
● For developing new materials
● Dispersion of nano-size particles
● Ideal for making small quantity samples
More about NANO GETTER
Specifications
| Model | DMS65 |
| Motor | 2.2kW |
| Grinding Chamber Volume | 0.13L |
| Batch Quantity | 0.2L～0.5L |
| Bead Diameter | φ0.05mm～0.5mm |
LMZ Laboratory Series
MINICER
● Grinding and dispersion to the nano and submicron size
● The smallest size available in the standard mill LMZ series
● Micro beads can be used
● Evenly ground and dispersed particles achieved
More about LMZ
Specifications
| Model | MINICER |
| Motor | 0.94kW |
| Grinding Chamber Volume | 0.16L |
| Batch Quantity | 0.2L～0.5L |
| Bead Diameter | φ0.1mm～1.0mm |
LMZ Laboratory Series
LABSTAR
● Grinding and dispersion to the nano and submicron size
● Desktop laboratory type that is a size bigger than MINICER
More about LMZ
Specifications
| Model | LMZ06?LMZ075 |
| Motor | 3.7kW |
| Grinding Chamber Volume | 0.6L (LMZ), 0.75L (LME) |
| Batch Quantity | 2L ～ |
| Bead Diameter | φ0.1mm～1.0mm |
For foundational research
MINIZETA
● Possible to operate with minimum batch quantity among laboratory series
● Easy maintenance with simple structure
Specifications
| Model | MINIZETA |
| Motor | 0.75kW |
| Grinding Chamber Volume | 0.3L |
| Batch Quantity | 0.25L～0.5L |
| Bead Diameter | φ0.3mm～1.0mm |
工作原理：
研磨部分在設備的底部，進料通過研磨介質產生的強烈沖擊和摩擦進行研磨。氣流從底部側面進入，經過研磨介質時可以冷卻顆粒，同時顆粒也被氣流從研磨區帶到分級區。滿足要求的細粉將會通過分級輪，剩下的大顆粒將會返回研磨區繼續研磨。
應用：
PULVIS 特別適合于難于研磨的溫敏材料。
在研磨過程中還可加入添加劑。
典型的應用如下：
- 電池材料 (陰極材料)
- 無機顏料
- 陶瓷材料
- 金屬氧化物
- 工業礦物
- 玻璃，玻璃粉
- 金屬氧化物（充電電池材料）
- 磁性材料（惰性氣體保護）
- 石墨（鋰電池陽極）
耐磨保護：
研磨部分和分級部分都可以使用陶瓷材料。
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