As the plasticization of automotive parts progresses, we achieve wear resistance, corrosion resistance, and noise prevention through coatings while maintaining the strength of metal parts!
As the adoption of electric and hybrid vehicles progresses, automotive parts are required to have "lightweight," "quiet," and "durability" characteristics. However, relying solely on plastics results in insufficient strength, while metal parts still face issues of wear and corrosion.
The "Mini Coat Method" and "Fluid Immersion Method" enhance wear and corrosion resistance by applying nylon or polyethylene resin coatings to metal parts, effectively suppressing the occurrence of abnormal noises. Furthermore, due to their excellent heat resistance, they maintain stable performance even in harsh environments.
This technology can be smoothly integrated into mass production processes and is used in a wide range of applications, including gears, bearings, suspension and chassis parts, as well as insulation coatings for busbars.
To improve the quality of next-generation vehicles, why not incorporate the "Mini Coat Method" and "Fluid Immersion Method" from the design stage?
【Solutions to these concerns】
■ Want to reduce wear and corrosion of metal parts
■ Want to prevent vibrations, play, and abnormal noises, and improve quietness
■ Want to achieve both lightweight and durability to enhance fuel and energy efficiency
*For more details, please refer to the materials. Feel free to contact us with any inquiries.
