Uneven mixing of materials in material processing has always been a thorny issue for many practitioners.
SMIDA planetary centrifugal mixers provide a reliable solution to this problem. The core mixing structure is precisely designed, the mixing support is driven by a high-speed motor, rotating around the center axis while rotating at the same time, forming a complex and regular movement trajectory. This unique operation mode can exert strong and balanced shear force and centrifugal force on materials.
When mixing chemical materials, raw materials with different density and viscosity are forced to break the original distribution state under its action, and quickly interpenetrate and penetrate each other, and the materials that may be layered due to the difference in specific gravity can be fully mixed.
For the preparation of electronic paste, fine metal powder and organic media can be evenly dispersed in the mixer to ensure the consistency of each paste.
SMIDA planetary centrifugal mixers are superior in terms of efficiency and quality compared to conventional mixing equipment. Whereas conventional mixing equipment often has blind spots that prevent some materials from coming into contact for a long period of time, the multi-dimensional mixing action of the SMIDA mixer covers the entire mixing vessel without any dead ends, greatly reducing the time required to achieve homogeneous mixing. At the same time, it can effectively inhibit the generation of air bubbles during the mixing process, and through the reasonable structural design and speed control, to promote the rapid discharge of air bubbles, to avoid the residual air bubbles affecting the performance of the material. When dealing with easily agglomerated materials, the powerful shear force can break up the agglomerates and prevent them from gathering again, thus guaranteeing the stability and high quality standard of the final product.
Choose SMIDA planetary centrifugal mixers to give your material mixing process a powerful impetus and realize a double leap in production efficiency and product quality.