Disk Mill helps Sample Preparation with Fine Grinding Down to 50 µm

Laboratory products

Disk Mill helps Sample Preparation with Fine Grinding Down to 50 µm

27 Mar, 2014

Published over 12 years ago. See the latest and most current information on Laboratory products.

The premium model of the Fritch Disk Mill provides efficient fine grinding of hard-brittle to medium-hard solids. Even safer due to the automatic locking of the collecting vessel and grinding chamber, even easier to operate due to the convenient motor-driven grinding gap adjustment with digital gap display. A well-designed display shows all of the parameters.

It is ideal for medium particle sizes in the areas of mining and metallurgy, ceramics industry, rocks and soils, glass industry, soil research.

In the Disk Mill, the material to be ground is comminuted by pressure and shearing action between two counteracting grinding disks with coarse interlocking teeth. The ground material automatically falls down through the pre-set grinding gap into the collection drawer. The desired final fineness can be defined reproducibly by simply adjusting the digital setting of the gap width.

As with all of the instruments in the Fritsch premium line, a great deal of thought has gone into how to make your daily work easier and time-saving. Simply press the button to lock the grinding chamber, use the plus/minus buttons on the digital display to set the grinding gap and grinding time with accuracy to the second, fill in the sample into the easy-to-close funnel and start the grinding process. The most recent setting is saved and can be accessed directly for the next grinding.

The grinding gap can be conveniently adjusted with accuracy of 50 μm by means of the plus/minus buttons on the digital display and provides reliable, reproducible results.

If a powerful pre-crushing is necessary, please select the premium version of the Fritsch Jaw Crushers PULVERISETTE 1. This facilitates continuous pre- and fine-grinding with a feed size of up to 95 mm down to a final fineness of down to 0.05 mm in a single step with an integrated Sample Divider.

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