Capabilities

We possess a comprehensive and advanced material surface treatment process system, covering a variety of treatment methods such as electroplating, electroless plating, thermal spraying, surface coating, mechanical polishing, and electrochemical polishing. Each process has been carefully developed and optimized to ensure the best treatment results. For example, in the electroplating process, we can precisely control the coating thickness and composition. The thickness of the chrome plating layer can be accurately controlled between 0.02 - 0.05mm, increasing the surface hardness of the parts to HV800 - 1200, effectively enhancing wear resistance. The thermal spraying process can evenly spray various materials such as ceramics and metals onto the surface of parts to form a coating with a thickness of 0.1 - 0.3mm, greatly improving the service life of parts in high-temperature and high-wear environments.

Precise process control is the key during surface treatment. We use advanced automated equipment and accurate testing instruments to monitor and adjust various parameters in real-time during the treatment process. Taking electrochemical polishing as an example, by precisely controlling the current density, electrolyte temperature, and treatment time, the surface roughness can be reduced to below Ra0.05μm, achieving a mirror-like effect. At the same time, the dimensional accuracy of the parts can be controlled within a minimal range, meeting the strict requirements of the high-end manufacturing industry for part surface quality and accuracy.

We are well aware that different industries and application scenarios have vastly different requirements for material surface properties. Therefore, we offer customized surface treatment solutions. Based on the specific needs of customers, combined with material characteristics and part usage environments, we tailor the most suitable plan for customers, from process selection, parameter setting to the final treatment effect. For example, for parts in the aerospace field, considering their use in high-vacuum, strong radiation, and extreme temperature environments, we will adopt special surface coating processes to provide excellent corrosion resistance, radiation resistance, and high and low-temperature stability for the parts. For parts of electronic devices, where surface conductivity and insulation are more important, we will select appropriate electroplating or electroless plating processes to meet their electrical performance requirements.