Traditional sedimentation methods are easily affected by factors such as particle size and density, resulting in low solid-liquid separation efficiency.
Home appliance die castings and molds have broad application prospects in lightweight design, but they also face some challenges. In order to overcome these challenges, it is necessary to continuously innovate and optimize design
Laboratory instrument die castings and molds have a wide range of application scenarios in laboratory instruments, which are mainly due to the high precision, high strength and good machinability of die castings.
The ability of the self-excited wet dust collector to efficiently capture particulate matter in a high-dust environment is mainly due to its unique working principle and structural design.
Optimizing the motor structure through precision motor die castings and molds can significantly improve the overall performance of the motor.
Robot die castings and molds have significant advantages in terms of structural strength, such as high strength and durability, good anti-deformation ability,