[Mazelstar Introduction Case] Stirring of Metal Paste

Independent adjustment of orbital and rotational speeds! Introduction of cases that avoid excessive rotational energy and suppress temperature rise.

We would like to introduce a case study on the introduction of "Mazel Star" in the stirring of metal paste. Due to the high specific gravity of metal powder, it tends to settle easily, making it difficult to achieve uniform stirring. Additionally, friction between the metals causes a rapid increase in temperature, leading to the adoption of this product. After introducing this product, by increasing the rotational speed ratio, the powder no longer settles due to centrifugal force, allowing for uniform stirring. Furthermore, with independent adjustment of the orbital and rotational speeds, it became possible to avoid excessive rotational energy and suppress temperature rise. 【Case Overview】 ■ Challenges and Issues - It is difficult to achieve uniform stirring because metal powder has a high specific gravity and tends to settle. - There is a rapid increase in temperature due to friction between metals. - The shape of metal particles can be damaged by the stirring blades. ■ Solutions and Effects - By increasing the rotational speed ratio, uniform stirring was achieved. - Temperature rise was suppressed. - The paste was created without damaging the particle shape. *For more details, please refer to the PDF document or feel free to contact us.

Mixer/agitator