Applications:
Ceramic ink, Thermal transfer printing ink, Inkjet ink,
Printing ink, High-grade paint, Nano electronic coating, Electronic
pasta, Adhesive, Nano materials, MLCC, Barium carbonate, barium
titanate, Ferrite, Pesticide, Battery material, Zirconium silicate,
Zirconium hydroxide,zirconia, , cerium oxide, Nano heat insulation
coating, Nano electronic material, Lithium iron phosphate ,Lithium
titante, Graphite/grapheme, Carbon Nano tube, Medicine, Cosmetics,
Pigment, dye, color paste, Food additive.
Brief introduction:
Pin-type nanometer bead mills usually make the amazing performance
in the field of Titanium Dioxide, zirconium silicate, ceramic ink,
battery materials, inkjet ink, printing ink and other materials
requiring Nano-scale fineness. Equipped with hollow axel agitator,
and separator with super large mesh screen, large flow capacity is
available. Under the grinding medias of mini size, materials can
reach the fineness as required to Nano-scale.
Characteristics:
- High-duty pin type grinding system enable large circulation
volume to be available;
- Super narrow fineness distribution enable products to be very
fine and at Nano-scale.
- Super max filter separator to guarantee the large flow
capacity;
- Efficient well-designed cooling system, axes can be chosen to
be cooled.
- Materials like metal pin, ceramic, or high wear resistance PU
are available;
- With advantage of super max flux circulation grinding; heating
generated from grinding discharges quickly, thus solve the problem
of heat dispassion;
- Agitator shaft speed can be adjustable to keep high speed
rotation, thus the materials staying in the chamber in very short
time, all the processing technology is also available to be
controlled.
|
Model |
Vessel volume（L） |
Motor（KW） |
Capacity(L/h) |
Medium size
（mm) |
Weight (kg) |
Dimensions
(mm) |
|
LCB**0 |
*0 |
*7/*5 |
***0 |
0.**2.0 |
***0 |
***0***0*****0 |
|
LCB**0 |
*0 |
*5 |
≥***0 |
0.**2.0 |
***0 |
***0****0****0 |
|
LCB***0 |
**0 |
**0/**0 |
>***0 |
0.**2.0 |
***0 |
***0****0****0 |
