of iron loss during the process of iron core casing, but also contributing to the improvement of iron loss, significantly enhancing motor performance. This technology can also be combined with self-bonding and annealing technologies, pushing the comprehensive performance of motors to a new dimension and opening up a new technical route for breaking through the performance limits of motors. The pioneering thin-film high-viscosity self-bonding coating technology increases the bonding strength by 50% under the same film thickness and reduces the film thickness by 30% under the same bonding strength, further enhancing the applicability of rapid self-bonding in the field of new energy vehicle motors, providing new material technology support for ultra-quiet, high-efficiency, and extremely stable new energy vehicle.
The picture above provides an introduction to the parameters of other steel grades.The globally first-to-market product 20RSW175 is a high magnetic permeability non-oriented soft magnetic material specifically designed for humanoid robots. With a magnetic induction intensity of 1.75T, it increases the torque by 1.6% compared to conventional products and reduces iron loss by 27%, effectively meeting the development needs of high torque density and high power density for frameless torque motors used in humanoid robots. It fills the gap of high magnetic permeability non-oriented soft magnetic materials in China and ignites a new engine for the development of the Chinese humanoid robot industry.