GQZ small ultra-fine powder Raymond mill can reduce the empty grinding phenomenon of the main machine, reduce vibration, improve the grinding efficiency, and this technology greatly improves the fineness of the ground powder. The particle size of the finished product can reach more than 400 mesh. The traditional pulverizer will regrind the powder that is too fine (that is, the powder that fails to pass through the analyzer) and falls freely into the main machine. During the free fall process, a large part of the material cannot fall to the grinding ring and the grinding ring under the influence of wind. The grinding rollers are re-grinded and suspended between the main machine and the analysis machine, so when grinding fine powder above 400 mesh, the machine has serious empty grinding phenomenon, large vibration and low output. The electric energy is wasted, the mechanical loss is increased, and the whiteness of the powder is reduced, so that the Raymond machine has no advantage when grinding the powder above 400 mesh.
Break through the bottleneck of fine powder processing and fill the gap in the small ultrafine Raymond mill market-patented product
Technical advantages and characteristics
Break through the bottleneck of fine powder processing and fill the gap in the small ultrafine Raymond mill market-patented product
 

GQZ small ultra-fine powder Raymond mill can reduce the empty grinding phenomenon of the main machine, reduce vibration, improve the grinding efficiency, and this technology greatly improves the fineness of the ground powder. The particle size of the finished product can reach more than 400 mesh. The traditional pulverizer will regrind the powder that is too fine (that is, the powder that fails to pass through the analyzer) and falls freely into the main machine. During the free fall process, a large part of the material cannot fall to the grinding ring and the grinding ring under the influence of wind. The grinding rollers are re-grinded and suspended between the main machine and the analysis machine, so when grinding fine powder above 400 mesh, the machine has serious empty grinding phenomenon, large vibration and low output. The electric energy is wasted, the mechanical loss is increased, and the whiteness of the powder is reduced, so that the Raymond machine has no advantage when grinding the powder above 400 mesh.

raymond mill

Technical advantages and characteristics
1. Improve the whiteness of the ground powder
It solves the problem that a large part of the powder cannot fall between the grinding ring and the grinding roller under the influence of the wind force during the free falling process, and is suspended between the main machine and the analysis machine, resulting in the fineness of more than 400 mesh. The phenomenon of machine empty grinding when powdering. The vibration is small and the output is high, which improves the whiteness of the ground powder.

2. The fineness can reach 400--800 mesh
The deflector and the feeding hopper are added, so that the powder that has just been ground from the main machine and has not been sorted is led by the airflow to the inner wall of the mill and passes through the deflector evenly. The deflector also prevents the analyzer from sorting out Powder that is too coarse cannot return to the upward airflow, and falls down to the coarse powder receiving bucket along the inner wall of the deflector, and is sent into the gap between the grinding roller and the grinding ring by the lower part of the coarse powder receiving bucket for regrinding, ensuring that the grinding ring There is sufficient material between the machine and the grinding roller at any time, so the empty grinding phenomenon of the main machine is solved, the vibration is reduced, and the grinding efficiency is improved, so the fineness of the ground powder is greatly improved.

3. Fast energy saving
It solves the empty grinding phenomenon of the main machine, reduces vibration, improves grinding efficiency and reduces energy consumption.