Introduction: TJ series four-tank high-energy planetary ball mill can be dry grinding, wet grinding and vacuum grinding. It is an indispensable device for mixing, fine grinding, sample preparation, nano material dispersion, new product development and high-volume production of high-tech materials. TJ series four-tank high-energy planetary ball mill is used in high-level and colleges, research institutes and enterprise laboratories to rapidly grind research samples to colloidal fineness (minimum 0.1μm), and mix and homogenize dispersion. Widely used in geology, soil, metallurgy, electronics, electricity, materials, light, medicine, beauty, environmental protection, ceramics, glass, nuclear research and other scientific research and industrial sectors. working principle: Four planetary gears are mounted on the same sun gear. The planetary gear wheel is equipped with a ball grinding tank. When the turntable rotates, the ball grinding tank rotates around the sun gear shaft for planetary motion. Because of the geometry and transmission ratio design, the grinding ball is able to move according to the trajectory of **. The grinding ball moves along the inner wall of the grinding pot until the grinding ball suddenly breaks away from this movement under certain special conditions. Through the grinding ball, the sample and the grinding ball are flushed to the tank wall in the opposite direction. The energy generated during the impact is several times that of a conventional ball mill. The result is excellent grinding results and extremely short grinding times. The product can be ground and wet in two ways to grind and mix products with different particle sizes and different materials. The minimum particle size of the grinding product can reach 0.1 micron (ie 1.0×10-4mm). Features: 1. The main belt has adjustable tightness and is not easy to slip for long-term use, which greatly prolongs the service life. 2. Appearance original box flip (or open door type), easy to operate, with a safety switch on the cover, safe and reliable. 3. Compact structure, beautiful appearance, stable, and truly complete integration of the whole machine. 4. The bottom of the instrument is a steel plate support, which enhances the stability of the instrument and avoids the instrument “running off” during the grinding process. 5. Adopting the tensioning belt drive to reduce the noise and wear to a minimum, and there will be no gear breakage and damage during operation and operation, which greatly prolongs the service life. 6. The inverter is mounted on a detachable board for easy inspection and maintenance. 7. Sun wheel and planetary wheel center hole distance 9-13cm factory adjustable Technical Parameters: Control method: variable frequency control Number of ball mill tanks: two or four ball mill tanks work simultaneously Large sample loading: two-thirds of the volume of the ball mill Feeding pull: soil material ≤ 10mm other materials ≤ 3mm Discharge size: minimum 0.1μ (ie 1.0×10mm-4) Speed ratio (revolution: rotation): 1:2, speed (rotation): 0.4L: 0 ~ 700 rev / min, 2L: 0 ~ 600 rev / min, 4L: 0 ~ 600 rev / min, 12L: 0 ~ 500 Transfer / minute, 20L: 0 ~ 440 rev / min, 40L: 0 ~ 360 rev / min, 60L: 0 ~ 340 rev / min, 100L: 0 ~ 320 rev / min Timing time: 1-999 minutes Alternate running time: 1-99 minutes Large continuous working time (full load): 72 hours Control mode: variable frequency stepless speed regulation, program control control, LED display, automatic timing forward and reverse, timed shutdown Motor power: 0.4L, 2L, 4L, 0.75kw, 220V, 50HZ, 12L, 20L, 5.5kw, 380V, 50HZ
Introduction: TJ series four-tank high-energy planetary ball mill can be dry grinding, wet grinding and vacuum grinding. It is an indispensable device for mixing, fine grinding, sample preparation, nano material dispersion, new product development and high-volume production of high-tech materials. TJ series four-tank high-energy planetary ball mill is used in high-level and colleges, research institutes and enterprise laboratories to rapidly grind research samples to colloidal fineness (minimum 0.1μm), and mix and homogenize dispersion. Widely used in geology, soil, metallurgy, electronics, electricity, materials, light, medicine, beauty, environmental protection, ceramics, glass, nuclear research and other scientific research and industrial sectors.
