New breakthrough in vertical bead mill: How does Rucca reconstruct industry standards with nanoscale precision?
In the field of nanomaterial preparation, a difference of 0.1 micrometers often means a world of difference in product performance. When traditional grinding equipment encounters the bottleneck of nanoscale processes, Rucca's new generation of vertical nano bead mills is bringing new solutions to high-end fields such as lithium batteries, electronic ceramics, and biomedicine with breakthrough technological innovations.
1、 Technological breakthrough: How can vertical structures achieve nanometer level precision breakthroughs?
The Rucca vertical nano bead mill adopts a unique design of "conical grinding chamber+dynamic separator", which optimizes the fluid dynamics path to achieve multi-stage circulating grinding of materials in the grinding zone. Compared to traditional horizontal equipment, the vertical structure makes the distribution of grinding media more uniform, increases energy transfer efficiency by 40%, and easily achieves stable output with D50 ≤ 100nm.
More noteworthy is its intelligent temperature control system. By incorporating high-precision sensors and dual circulation cooling devices, the equipment can accurately control temperature within a range of ± 1 ℃, completely solving the problem of thermal sensitive material degradation in the nanogrinding process. According to application data from a lithium battery material company, the use of Rucca equipment has increased the particle size consistency of the positive electrode material to 98%,
The battery cycle life has been significantly improved.
2、 Industry Empowerment: Technological Leap from Laboratory to Mass Production
In the field of new energy, the Rucca vertical nano bead mill has been successfully applied to the nano treatment of materials such as lithium iron phosphate and silicon carbon negative electrode. Its unique airtight design can achieve full process inert gas protection, effectively control the introduction of metal foreign objects, and reduce the self discharge rate of the battery to the industry-leading level.
What's even more surprising is that the equipment adopts a modular design, which can quickly adapt to different production capacity requirements from laboratory 1L to mass production 1000L by adjusting the combination of grinding modules.
3、 Intelligent Evolution: Enabling Nanogrinding to Achieve 'Autonomous Driving'**
Rucca's innovative intelligent control system is like equipping devices with a "smart brain". The system can automatically memorize and optimize grinding parameters through machine learning algorithms, monitor the wear status of the medium in real time, and issue warnings. The operator only needs to scan the code to feed the material, and the equipment can automatically complete the entire grinding process, reducing the manual intervention rate by 80%.
4、 Value reconstruction: Reduce lifecycle costs by 40%
Compared with traditional equipment, the Rucca vertical nano bead mill adopts wear-resistant ceramic lining, which extends its service life by more than three times.
1、 Technological breakthrough: How can vertical structures achieve nanometer level precision breakthroughs?
The Rucca vertical nano bead mill adopts a unique design of "conical grinding chamber+dynamic separator", which optimizes the fluid dynamics path to achieve multi-stage circulating grinding of materials in the grinding zone. Compared to traditional horizontal equipment, the vertical structure makes the distribution of grinding media more uniform, increases energy transfer efficiency by 40%, and easily achieves stable output with D50 ≤ 100nm.
More noteworthy is its intelligent temperature control system. By incorporating high-precision sensors and dual circulation cooling devices, the equipment can accurately control temperature within a range of ± 1 ℃, completely solving the problem of thermal sensitive material degradation in the nanogrinding process. According to application data from a lithium battery material company, the use of Rucca equipment has increased the particle size consistency of the positive electrode material to 98%,
The battery cycle life has been significantly improved.
2、 Industry Empowerment: Technological Leap from Laboratory to Mass Production
In the field of new energy, the Rucca vertical nano bead mill has been successfully applied to the nano treatment of materials such as lithium iron phosphate and silicon carbon negative electrode. Its unique airtight design can achieve full process inert gas protection, effectively control the introduction of metal foreign objects, and reduce the self discharge rate of the battery to the industry-leading level.
What's even more surprising is that the equipment adopts a modular design, which can quickly adapt to different production capacity requirements from laboratory 1L to mass production 1000L by adjusting the combination of grinding modules.
3、 Intelligent Evolution: Enabling Nanogrinding to Achieve 'Autonomous Driving'**
Rucca's innovative intelligent control system is like equipping devices with a "smart brain". The system can automatically memorize and optimize grinding parameters through machine learning algorithms, monitor the wear status of the medium in real time, and issue warnings. The operator only needs to scan the code to feed the material, and the equipment can automatically complete the entire grinding process, reducing the manual intervention rate by 80%.
4、 Value reconstruction: Reduce lifecycle costs by 40%
Compared with traditional equipment, the Rucca vertical nano bead mill adopts wear-resistant ceramic lining, which extends its service life by more than three times.
