Terminals made of C5191R-1/2 phosphor bronze connect the life of next-generation vehicles, shaping the future of electrical components with high precision.

■ Overview
The automotive industry is currently advancing electrification and multifunctionality at an unprecedented pace. The core of this evolution is the shift in control from mechanical to electronic. Especially for HVs, EVs, and ICE vehicles alike, the Electronic Control Units (ECUs) installed in various systems play a critical role as the "brain" of automobiles. As a company certified by IATF, we are responsible for prototyping to mass production of high-precision ECU terminals using C5191R-1/2 phosphor bronze with a thickness of 0.3mm, contributing to the enhancement of automotive safety and functionality.

■ Features
High-Precision Press Processing: Manufacturing terminals using C5191R-1/2 phosphor bronze with a thickness of 0.3mm, achieving extremely high precision. This significantly improves the reliability of signal transmission.
Quality Management Certified by IATF: Acquired certification for the international automotive industry's quality standard, IATF. Strict quality management is conducted throughout the entire manufacturing process.
Support for Electrification and Multifunctionality: Responds to the increased demand for ECUs and PCUs due to the electrification and multifunctionality of automobiles, supplying high-quality terminals.
Specialization in Manufacturing Thin and Small Parts: Specialized in manufacturing thin and small parts, we maintain a production system that flexibly responds to the detailed demands of customers.

■ Specifications
Material: C5191R-1/2 phosphor bronze (thickness 0.3mm)
Product Examples: Connector terminals, on-off switches, etc.
Certification: IATF certification
Looking towards the future of the automotive industry, our company contributes to the enhancement of automotive safety and functionality with high-precision terminal manufacturing technology. Our precision press processing technology using C5191R-1/2 phosphor bronze strongly supports the development of next-generation vehicles.