CGS 10 和 CGS 16 流化床气流磨

小且精细!

耐驰产品总介

CGS 10和CGS 16 流化床气流磨均是实验室小批量测试使用的气流磨。

特殊的研磨原理保证了其物料研磨过程中的无污染,超细等特点,且研磨过程无需研磨刀具。

可调分级轮确保了物料细度的大小,试验结果可以精确地被放大到生产。

整套设备安装于机架直接发送到客户,投入生产使用。

且产品设计灵活,根据客户需求添加部件,如我们的ConJet® 高能气流磨,CFS高能分级机等。

NETZSCH 实验室系统

技术

  • 细度 d97 2.5 µm 到 d97 70 µm (基于石灰石)
  • 气流磨适合于从软到硬的所有材质的研磨
  • 通过气流与颗粒,颗粒与颗粒的相互作用进行粉碎,并通过分级轮来调整细度范围
  • 通过调整进气量和分级轮转速来达到理想的物料细度
  • 最终物料具有极佳的粒度分布,无大颗粒
  • 完全自磨-无磨损-无污染
  • 可冷却 (20°C), 适用于温度敏感产品
  • 清洗维修方便
  • 可灵活地与其他机械组合
  • 可选设计: 抗压,密封,耐磨
实验室气流磨的运作原理

应用

纤维素 / 纸浆

 

胶粘剂/密封剂

 

农业化学

食品

 

生命科学

 

颜料/染料

下载

说明书

说明书

NETZSCH Fluidized Bed Jet Mills set future trends for the fine grinding of dry materials.

说明书

Ultra-fine Grinding and Ultra-fine Classifying on a Laboratory Scale

应用文献

应用文献

In the ceramic industry the mechanical treatment of raw materials, processed or finished powders is an important part of many production processes. At the same time the grinding- and classifying processes are also of primordial importance, in order to ensure a range of particle sizes which is usually exactly defined for the particular process. The grinding principle of jet milling has proved itself to be particularly effective for the grinding of ceramic and abrasive materials. They can be ground to high finenesses, with an exact upper particle size limit, in one working step.

应用文献

Sofraced, the only company in France to manufacture ceramic powders for use in dental prostheses, has decided to diversify its grinding processes. At first glance, this seems simple, but the new process requires a ceramic powder devoid of all traces of other materials, in order to prevent alterations in its color and bio-compatibility. Ceramic is highly abrasive. NETZSCH Trockenmahltechnik GmbH, builder of grinding machines and equipment was asked to assist in finding some good solutions. This was not always easy!

应用文献

[Translate to Chinese:] The interest in finer, dry products has led to the development of more efficient jet milling processes. The first part of the paper describes the thermodynamic basic principles for generation and application of steam, and compressed gases. Practical experience has shown that in the aspired fineness range stabilization during grinding provides an enormous potential for improvement. Some selected examples demonstrate that the energy requirement can be reduced by a factor of more than two by suitable choice of stabilizers.

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CGS 流化床气流磨

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ConJet® 10 和 ConJet® 16 高能气流磨

一种新型的螺旋式气流磨 – 研磨细度通过一个置于磨机内的分级轮来调整 – 用于更窄的粒径分布。可研磨的细度范围为2.5 到70µm(d97)

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CFS 5 HD-S 和 CFS 8 HD-S 高性能精细分级机

用于超细粉体的高精度分级的最小设备,可取得最好的粒径分布和最大的产品价值。

分级范围从2.5到60um (d97)。

可提供用气量从25到145 Nm³/h 的各种型大小的设备。

实验室试验系统

Truly a flexible laboratory system – with reproducible results – variable for ultra-fine grinding and classifying – for laboratory operations or the continuous production of small batches!