小腔�?高流�?高产胼�br style="margin: 0px; padding: 0px;"/>Smaller process chamber, High flow, High capacity

� 工艺特�? Properties of the Process

●理想的�?多通道式或循环式生产工�?连续不断的高 ●Designed for running in single/multi- pass or circulation. with a
效能实现了粒径的*窄化分布; constant efficiency in both processes for the achievement of
narrow particle size distributions.
●涡轮加速器使研磨珠产生有力的流体运�?从而保�?br style="margin: 0px; padding: 0px;"/> 了持续恒定的能量输入; ●Turbine accelerator a powerful, hydraulic movement of the beads
which guarantee a high and consta.�?/p>

●能量利用率�?整机能耗低; ●the mill has a low energy uptake due to its efficient energy input.
●可以处理从低到高粘度的物料; ●Ability to handle low to highly viscous products.
●理想的冷却特性允许处理对温度敏感物料; ●Ideal cooling properties allow the processing of temperature sen
sitive products.
●研磨珠的独特流体运动保障了流畅的研磨过程�?nbsp; ●Gentle processing as a result of hydraulic movement of the beads.

� 优势表现/ Superiority performance

●更高的流量; ●much higher throughputs
●更好的高粘度物料处理能劚� ●better ability to process highly viscous products
●更长的分离筛网寿命; ●Longer lifetime of the screen
●提高了对发泡物料处理能劚� ●Improved ability to handle foaming produc
●在纳米范围内的研磨能力; ●Ability to grind in the nanometre range.
●在生产中维护保养简单快捶� ●Simple handling of the machine during the production and the maintenance.
●低成本的物料切捡� ●Possibility for fast product changes at low costs.
●通道模式和循环模式的优化组合� ●Optimal suitability for the pass mode and the circulation mode.

� 技术参�? Technical parameters