CFS 5 HD-S 和 CFS 8 HD-S 高性能精细分级机

最小最精细

耐驰产品总介

CFS 5 HD-S 和 CFS 8 HD-S 是高效的实验室分级机,最细分级细度可达d97 2.5 µm.

具有最佳细度分布的高性能空气分级器

当产品更换时,设备人性化的设计能使清洗更彻底,快捷.

设备系统设计模块化,其他的机器可以灵活添加,譬如CGS 流化床气流磨和ConJet® 高密度床式气流磨

NETZSCH 实验室系统

技术

  • 物料细度可达 d97 2.5 µm (基于石灰石)
  • 立式轴设计的实验室高性能分级机
  • 铰链门的设计便于清洗和维修
  • 高精度分级
  • 分级轮受力均匀
  • 再现性好
  • 能与其他机器部件快速组合
  • 各种可选优化设计: 抗压,密封,耐磨
实验室分级机的工作原理

应用

胶粘剂/密封剂

 

陶瓷/玻璃

 

颜料/染料

矿石 / 矿产 / 金属

 

纤维素 / 纸浆

Toner Processing with CONDUX Fine Classifier CGS/HD-S

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说明书

说明书

NETZSCH-Feinmahltechnik GmbH offers mixing, kneading and dispersing machines for low- to high-viscosity products as well as a variety of wet-grinding units for reduction into the nanometer range, tailor-made for each application. When it comes to the processing of dry products by cutting, fine grinding or fine classification, you will find a wealth of experience and an equally varied program of fine-impact mills, classifier and jet mills as well as fine-cutting mills and high-performance fine classifiers.

说明书

The NETZSCH High-efficiency Fine Classifier CFS/HD-S works very efficiently due to ist closely defined sharpness of cut and ist very specific product flow.

说明书

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

应用文献

应用文献

The CFS-HD classifier uses a combination of the free vortex and the forced vortex models to achieve cut points down to less than 2 µm. The classifier rotor has a new design for theoretically constant radial velocity in the vane-free internal area; it is surrounded by a cage of static vanes, creating a steep spiral flow in order to give good dispersion and deagglomeration to the material to be classified.

应用文献

Based on the physical model of classification in vaned rotors, the fundamental difference between the exclusive use of a forced vortex flow (i.e. classification at the outer edge of the vanes) and the combined use of forced vortex/free vortex flow (i.e. classification in the interior vane free area) is derived. The classifier used for the comparison is a CFS-HDS model. Results received from this classifier equipped with a ConVor-wheel with constant radial velocity of the flow in the interior vane free area are compared with results from a classifier wheel designed for classification at the outer edge of the vanes.

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.

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CFS/HD-S 高精度分级机

许多产品应用时要求更好的颗粒级配和更细的颗粒分割点。这对于 CFS/HD-S 高精度分级机而言毫无问题。

得益于产品在分级前良好的预分散,可以获得优化的产品分割点和颗粒级配。

可应用的细度范围为2.5 到60 µm (d97).

可提供用气量从50到16.000 Nm³/h 的各种大小的设备。

高性能在线分级机

这种最新的分级机可与一台置于上流的研磨机结合使用。在研磨机后直接整合在线之星高效分级机,形成了研磨/分级的连续生产工艺,减少了所需的设备组件数量。

可应用的分级范围为 2.5 到 60 µm (d97).

可提供用气量从350到2.600 Nm³/h 的各种大小的设备。

CFS 5 和 CFS 8 精细分级机

对颗粒尺寸进行有效的分离,能有效地分出粗颗粒和细颗粒来。

可提供用气量从25到145 Nm³/h 的各种大小的设备。

分级范围从10到250µm (d97)。

LabCompactPlus

The LabCompactPlus was especially designed for use in laboratories - machine (mills or classifiers) are taken up by a swivel arm on the machine base and can be exchanged very easily.