Batch Type High-speed Planetary Mill Kurimoto High G
Division for this product Plant Engineering and Machinery Division
Summary
The Kurimoto High G consists of a main unit which revolves and mill pots which rotate in the same and opposite directions. You should put grinding medium (usually small-diameter balls) and material in the rotating mill pot to move the balls applying centrifugal force generated during revolution and rotation for processing (i.e., grinding).
The name, "Planetary Mill", is derived from the mill pot's revolution and rotation like the sun-and-planet motion.
Features
- Only one reversible mill available in the world (Source: Our survey)
- Powders are processed with large energy from small-diameter balls.
- Significantly shortened processing time (up to 1/10 of that with conventional mills).
- Low vibration and low noise
- Can be upsized. (We can see large-sized mills becoming operational.)
- Motion of balls determined through the analysis of computer simulation
Use
- Mechano-chemical reaction
- Mechanical alloying (MA)
This is a production method of new materials only with which several kinds of mixed element powders are alloyed only by milling them. - Dry- and wet-process grinding
- Dispersion
- Particle compounding, and others
Features
Construction
 |
 |
Specifications
| Type | BX254E | BX254E-S/R | BX284E-H | BX384E | BX1144E |
|---|---|---|---|---|---|
| Mill pot |
0.17liters×4pots | 0.2liters×4pots | 0.2liters×4pots | 2.4liters×4pots | 64liters×4pots |
| Heating temperature |
---- | ---- | Ambient up to 300℃ | ---- | ---- |
| Hot ai generation unit |
---- | ---- |
By heater, 10kW, |
---- | ---- |
| Motor |
1.5kW, 200V, |
3.7kW, 200V, |
3.7kW, 200V, |
11kW, 200V, |
200kW, 200V, |
| Dimensions | 800L× 700W× 1000H |
1300L× 740W× 915H |
1300L× 1600W× 1100H |
1400L× 900W× 1300H |
---- |
| Weight | 400kg | 500kg | 550kg | 500kg | 12000kg |
| Rotating/ Revolving direction |
Same direction | Same and opposite directions | Same direction | Same direction | Same direction |
Division for this page Plant Engineering and Machinery Division
