Electrification
Learn more about our new materials and high-performance components for key products
required for the electrification of mobility.
What are NAGASE Mobility’s
electrification solutions?
As electric vehicles continue to reshape the global mobility industry, the demand for advanced electrification components is growing rapidly.
These components require ongoing innovation—extending driving range, enhancing battery performance, and reducing size and weight.
NAGASE Mobility partners with you across every stage, from design to manufacturing, delivering high-quality products and leveraging our global network to solve complex challenges with innovative technologies.
NAGASE Mobility Case Studies
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in electrification solutions:
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- Electrification
- Global
Revolutionizing Electric Vehicle Components: Unveiling the Patent Technology for Miniaturization and Lightweighting with Metal-Resin Integrated Molding
In the realm of electric vehicles, enhancing driving range is a significant challenge. At NAGASE, we are contributing to the improvement of driving range through the miniaturization and lightweighting of electric vehicle components, utilizing collaborative patented technology with our esteemed partner, Atecs CO.,LTD, known for its high technical expertise.
- Electrification
- Global
Creating "Art" in xEV Manufacturing with Insert Molding: Part 2 of 2 - ATECS' Advanced Automation & Global Expansion
As the global electric vehicle (xEV) market surges, manufacturers face growing pressure to deliver high-performance components at scale without compromising quality. In Part 1, we explored how ATECS’ advanced insert molding technology meets the complex demands of power module cases. In the Part 2, we highlight how ATECS is scaling its impact—through full automation of its production line and global expansion efforts, including the launch of AIM (ATECS Insert Molding Mexico S.A. de C.V.), a joint venture with NAGASE in Mexico designed to serve the North American xEV market.
- Electrification
- Global
Creating "Art" in xEV Manufacturing with Insert Molding: Part 1 of 2 - The ATECS Approach
The electric powertrain in electric vehicles (EVs) is the core system responsible for driving the vehicle. Among its key components, power modules based on power semiconductors have seen remarkable advancements. Today, we introduce ATECS Co., Ltd. (hereinafter referred to as "ATECS"), headquartered in Higashi-Osaka, with manufacturing sites in Japan and China, and a new facility scheduled to start production in Mexico later this year. ATECS is a partner of NAGASE specializing in power module cases—critical for efficiently transmitting the power converted by power modules.
- Electrification
- Global
Contributing to Compact, High-Output, and High-Efficiency xEV Motors with “Namli®” — a Motor Insulation Material with Exceptional Environmental Resistance
To achieve compact, high-output, and high-efficiency electric vehicle (xEV) motors, the market is responding with higher currents, higher voltages, and faster rotational speeds. As motor speeds increase, heat generated by iron loss at high RPMs becomes a critical issue that necessitates effective cooling methods. One promising solution is oil cooling using Automatic Transmission Fluid (ATF), which has gained industry attention. However, there is a concern that adhesives used in motor insulation may degrade when exposed to ATF. In response to this challenge, NAGASE Mobility, in collaboration with Kawamura Sangyo Co., Ltd., introduces “Namli®,” an adhesive-free insulation material designed to help future-proof xEV motors.
Products
Explore our latest materials and high-performance components for essential products in mobility electrification.
Motor
- Precision Insert Molding Parts
- Core for Driving Motor
- Adhesive Bond for Magnets
Inverter
- Precision Insert Molding Parts
- PCBs integrated Power Device
- Power Device Mounting Member
- Core for Current Sensors
Battery
- Cathode Materials, Anode Materials, Electrolyte, Separator, Current Collector, Additives
- Heat-dissipation Components (Sheets, Gap Fillers)
- Flame-retardant Agents
Resources
- Electrification
- Global
Expert Insights from a Lithium-Ion Battery Developer: Three Essential Aspects to Focus on in Battery Development
Electric vehicle (EV) batteries are evolving rapidly, driven by factors like resource distribution and economic policies. Key research areas include battery capacity, which is crucial for determining the range of electric vehicles; safety measures to prevent fires and other major hazards; and the efficient procurement of materials necessary for battery production. In this article, Kazuo Yajima, President of Blue Sky Technology Inc., shares his expert perspective on these issues. Formerly the Head of EV Energy Development at Nissan, where he led the development of the first-generation Leaf's battery, he now oversees the design and development of electric vehicle platforms, powertrains, and lithium-ion battery research.
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- Electrification
- Global
Racing Toward a Greener Future: Andretti Formula E's Quest in the World's Most Sustainable Motorsport
Welcome to the world of Formula E, often called the "F1 of electric vehicles." Founded by the FIA in 2012, this international racing series is on a mission to combat climate change and reduce urban air pollution. Held on the streets of major cities like New York, London, and Tokyo, Formula E is globally recognized as the "world's most sustainable sport." In this article, we'll explore the cutting-edge technology and environmental consciousness that captivate fans worldwide, while also highlighting the exciting partnership between the Andretti Formula E team and NAGASE.
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