This webinar delves into three critical aspects of creating optimum battery materials: precise particle sizing of electrode materials, the advancement of new materials through mechanochemical reactions, and reliable sample preparation for material analysis. Ball mills emerge as ideal instruments that efficiently address all three application areas. You will gain an in-depth understanding of selecting and managing ball mills to maximize their effectiveness in the development of battery materials.
During the session, attendees will explore several key topics, including:
- The development and enhancement of battery materials using ball mills, highlighting their role in innovation and efficiency.
- Techniques for achieving accurate particle sizing using ball mills, ensuring consistency and quality in electrode material production.
- Including the topic of mechanochemistry through ball mills, showcasing how chemical reactions can be initiated and controlled to produce new material compositions. The importance of meticulous sample preparation for materials analysis, ensuring reliable and reproducible results.
- Excursions into particle size analysis techniques such as laser diffraction, digital image analysis, nitrogen adsorption and mercury porosimetry
This webinar offers valuable insights into:
- Specific application examples that illustrate the practical benefits and real-world applications of ball mills in battery material development.
- A detailed description of the various ball mills and accessories available, helping you understand the ball miling method for optimizing battery materials.
