PRODUCT INTRODUCTION
Due to the characteristics of a certain material, traditional planetary ball mill will result in sedimentation and paste jar phenomenon during the process of grinding. Sink material become further thinning without the impact, squeeze and grind by ball mills, which greatly reduce the quality of grinding. TJQW series all rounders four jar planetary high energy ball mill is an improved small-scale special high performance mechanical equipment for superfine power preparation based on the product of our company four jar planetary high energy ball mill in order to adapt the need of mixing and grinding. Suitable for chemical industry, ceramics, printing ink and magnetic material scientific research units, etc. Purchase all rounders four jar planetary high energy ball mill will effectively promote the material preparation effect, and it will also improve the competence of research development and industry application for material preparation study and pilot scale-up preparation service.
WORKING PRINCIPLE
All rounders four jar planetary high energy ball mill adopts advanced grinding disc planetary structure which can rotate, it can tip over in a three dimensional space while a ball mill jar is doing planetary motion, and it can be set to run at any point, making the grinding material more homogenizing and fine, and can be set to run at any point, making the grinding material more homogenizing and fine, and can solve sedimentation and paste jar problem of some material, resulting in no dead angle grinding, enhancing the effect of mixing powder, reducing the paste of some material, making about ten times improvement in grinding effect
DETAILS DETERMINE QUALITY
FEATURES
Operation mode: Two or four jars operate at the same time
Rotation mode: Belt drive
Maximum sample loading: Volume 2/3 of grinding jar
Material feed size: soil10mm others3mm
Speed ratio: revolution: rotation=1:2
Assembled Revolution and rotation periodic: 1 min
Control mode:Control mode: Variable frequency stepless speed regulation, Proportional
