Planetary Ball Mills PM 100 / 100 CM / 200 / 400
Planetary Ball Mills are suitable for mixing and grinding soft, medium-hard, extremely hard, brittle and fibrous materials. They are used whenever high degrees of fineness down to the submicron range are to be achieved in a very short time. In addition to dry and wet grinding, they are also suitable for colloidal grinding and mechanical alloying. Typical materials are minerals, ores, chemicals, ceramics, soils, household and industrial waste etc.

Features:
-extremely high ultimate fineness down to submicron range
-1, 2 or 4 grinding stations
-grinding jar volumes from 12ml to 500ml
-suitable for long-term trials and continuous use
-programmable starting time
-power failure back-up ensures storage of remaining grinding time
-reproducible results due to digital parameter setting
-10 parameter combinations can be stored
-single button operation with graphic display
-automatic grinding chamber ventilation for cooling the grinding jars
-grinding jars in 7 sizes and 8 different materials available

Supplied with: Planetary Ball Mill only. Grinding jars and grinding balls have to be ordered separately.
The PM 100 CM is a Planetary Ball Mill with a speed ratio of 1:-1. Size reduction is not so much achieved by impact but by pressure and friction which is more gentle on the material.
Specifications
Ultimate fineness: < 1µm
Dimensions (WxDxH):
PM 400 630 x 415 x 468mm
836 x 780 x 1220mm
Supply requirements: 230V, 50-60Hz

Type PM 100
Min. speed 100 rpm
Max. speed 650 rpm
Max. Feed quantity/ Flow rate 220 ml
max. Ult. fineness mm
Weight 86 kg
No. of grinding stations 1
Feed size 10 mm
Width 630 mm
Depth 415 mm
Height 468 mm
Net weight 86 kg
Max. throughput l/h
Max. throughput kg/h
Max. volume of work 220 ml
max. Aufgabeguthärte Mohs
min. oscillation frequency Hz
max. oscillation frequency Hz
Protection class
Rated capacity 0.750000 kW
Type of auxiliary energy 230V AC
Plug type EU
Dimensions (W x D x H) 630 x 415 x 468 mm
Grinding jars ml
Grinding stations 1
Feed size up to 10 mm