RHI utilizes advanced automatic welding equipment, including laser and atomic welding machines, to provide cost-optimized, lightweight composite busbars using aluminum-to-aluminum and copper-to-aluminum welding techniques. We excel in high-temperature insulation with composite mica and ceramic tapes, while our automated winding machines ensure efficient and high-quality production.

Our R&D team leverages advanced design software and tools such as 3D structural design, electrothermal simulation, mold flow analysis, and power load simulation. These tools allow us to optimize busbar designs, predict performance, and ensure exceptional product reliability in real-world applications.

RHI's laboratory is equipped with advanced devices such as a salt spray tester, metallographic analyzer, and constant temperature and humidity chamber. These allow us to test for salt spray corrosion, hardness, pull-out force, contact resistance, and bending performance, ensuring our products meet industry quality standards in both design and production.

Our team comprises over 70 professionals, including experienced project managers, R&D managers, and PMC managers. With expertise in project planning, R&D management, and production control, our team excels in comprehensive project management, including schedule control, resource allocation, and risk management.

Throughout the design and production process, RHI implements strict quality control measures. Utilizing tools like CCD inspection, APQP and PPAP, we ensure all products meet international standards and customer requirements. From material procurement to final inspection, every step is meticulously monitored to guarantee high-quality products.

RHI holds 26 patents, including 2 invention patents, 6 design patents, and 18 utility model patents, with several more pending. These patents underscore our leadership in technological innovation and intellectual property protection, highlighting our strengths in busbar design and R&D.