The sand mill is only qualified can no longer meet the demand
In the field of nano grinding, the sand mill is only "qualified" can no longer meet the demand
For high-end markets that require excellence, such as MLCC raw materials, pharmaceutical nano preparations, silicon carbon anode material preparation, etc., it is far from enough for the sand mill to only meet the "qualified" standard. In order to meet the needs of the high end market, the sand mill must have higher performance and better performance.
Sand mill is an important equipment in the field of nano grinding, and its performance directly affects the grinding effect. In order to achieve efficient nano grinding, Rucca has carried out a radical reform of the sand mill. The following are the main improvement points of Rucca sand mill mechanism:
1. Change from "lying" to "standing" : it is more suitable for centrifugal net discharge, smooth discharge and no leakage of beads. This reform makes the discharge of the sanding machine more smooth, avoiding the
problem of material leakage, thus improving production efficiency and product quality.
2. The inlet is changed under the grinding barrel: the slurry is pumped into the grinding chamber, which can form a more uniform circulating grinding system. This change allows the grinding medium to be more evenly distributed in the grinding chamber, thereby improving the grinding effect and product quality.
3. Specially optimized design for small grinding media: grinding media below 0.05mm can be used. This design makes the sand mill can better adapt to the needs of small grinding media, improve the grinding
efficiency and product quality.
4. More optimized machine design: the overall stability of the equipment is more reliable. By optimizing the overall design of the sand mill, the stability and reliability of the equipment are improved, there by reducing
the failure rate and maintenance costs.
5. Low cavity temperature: high filling rate of grinding beads, more uniform distribution. This design makes the cavity temperature of the sander lower, the filling rate of the grinding bead is higher, and the
distribution is more uniform, thus improving the grinding effect and product quality.
6. Fully enclosed cavity design: inert gas protection can be used to form an oxygen-free closed grinding system to avoid the powder being oxidized. This design enables the sand mill to better protect the grinding
medium and product from the influence of oxygen, thereby improving the quality and stability of the product.
To sum up, the structural reform of Rucca sanding mill has greatly improved its performance and can better adapt to the needs of the highend market. These reforms not only improve the grinding efficiency and product quality, but also reduce the failure rate and maintenance costs, bringing real economic benefits to customers. In its future development,
Rucca will continue to focus on improving the performance and performance of its sanding mills to meet changing market demands.
For high-end markets that require excellence, such as MLCC raw materials, pharmaceutical nano preparations, silicon carbon anode material preparation, etc., it is far from enough for the sand mill to only meet the "qualified" standard. In order to meet the needs of the high end market, the sand mill must have higher performance and better performance.
Sand mill is an important equipment in the field of nano grinding, and its performance directly affects the grinding effect. In order to achieve efficient nano grinding, Rucca has carried out a radical reform of the sand mill. The following are the main improvement points of Rucca sand mill mechanism:
1. Change from "lying" to "standing" : it is more suitable for centrifugal net discharge, smooth discharge and no leakage of beads. This reform makes the discharge of the sanding machine more smooth, avoiding the
problem of material leakage, thus improving production efficiency and product quality.
2. The inlet is changed under the grinding barrel: the slurry is pumped into the grinding chamber, which can form a more uniform circulating grinding system. This change allows the grinding medium to be more evenly distributed in the grinding chamber, thereby improving the grinding effect and product quality.
3. Specially optimized design for small grinding media: grinding media below 0.05mm can be used. This design makes the sand mill can better adapt to the needs of small grinding media, improve the grinding
efficiency and product quality.
4. More optimized machine design: the overall stability of the equipment is more reliable. By optimizing the overall design of the sand mill, the stability and reliability of the equipment are improved, there by reducing
the failure rate and maintenance costs.
5. Low cavity temperature: high filling rate of grinding beads, more uniform distribution. This design makes the cavity temperature of the sander lower, the filling rate of the grinding bead is higher, and the
distribution is more uniform, thus improving the grinding effect and product quality.
6. Fully enclosed cavity design: inert gas protection can be used to form an oxygen-free closed grinding system to avoid the powder being oxidized. This design enables the sand mill to better protect the grinding
medium and product from the influence of oxygen, thereby improving the quality and stability of the product.
To sum up, the structural reform of Rucca sanding mill has greatly improved its performance and can better adapt to the needs of the highend market. These reforms not only improve the grinding efficiency and product quality, but also reduce the failure rate and maintenance costs, bringing real economic benefits to customers. In its future development,
Rucca will continue to focus on improving the performance and performance of its sanding mills to meet changing market demands.
