Business Strategies - Mobility

Relationship Between Our Products and Daily Life

Mission of Mobility Business

In response to rising technological needs associated with CASE, particularly those related to the shift to electrified vehicles, we develop products that utilize Resonac’s weight reduction, electrification, and heat control technologies. We will transform ourselves into a proposal-based solution business and achieve sustainable growth with profitability.

Initiatives to Strengthen Competitiveness and Examples

We are working to develop technologies such as materials and components that significantly improve the basic performance of mobility,such as “Acceleration, Steering and Braking”, by utilizing the Group’s wide range of materials technologies, including organic, inorganic, and metals, as well as processing and evaluation technologies.

Technological Development Resonac is Focusing On

Acceleration Steering Braking

Development of next-generation heat management system for efficient cooling

  • New development of next generation motor cores that do not use electromagnetic steel sheets
  • Development of unique high-strength materials and plastic gears utilizing organic fibers and thermosetting resin
  • Material innovation from steel to aluminum through our alloy technology
  • Development of lightweight, high-strength aluminum suspension arms
  • Development of linkage parts using aluminum suspension arm technology
  • Development of brake pads with excellent environmental performance that comply with EURO7
  • Popularization and expansion of green pads that are friendly to people and the planet
  • Participation in the development of next-generation brake systems in collaboration with Tier 1 suppliers

Vision for 2030 and Roadmap to Achieve It

Vision for the future(2030) Issues to Be Addressed Results in 2024 Plans for 2025

“Unleashing the Power of Chemistry to Reinvent Acceleration, Steering, and Braking”

  • Acceleration: The challenge of realizing a highly efficient powertrain
  • Steering:Lowering the unsprung mass (for better ride quality) while ensuring driving safety
  • Braking: Providing next-generation environmental performance and peace of mind
  • Contribution to the improvement of basic vehicle performance by making full use of the Group’s material, processing, and evaluation technologies
  • Achievement of a business portfolio that combines sustainable growth, high profitability, and capital efficiency with a focus on areas that are resilient to structural changes in the automotive market
  • Promoting structural reforms to optimize business sites and strengthen price negotiation capabilities
  • Sales of automotive products declined, impacted particularly by the situation in Thailand
  • Negotiated price revision and product withdrawals centered on low-margin products as part of structural reforms
  • Revised our business portfolio and sold the SPALF aluminum laminate film business
  • Started co-creation with customers on terminal blocks and cooling modules realized by DSI* molding technology

    * Die-Slide Injection: An injection molding technology that enables the integrated molding of hollow bodies with
  • Moderate year-on-year growth of the automobile market expected as pullbacks in demand ease in various areas
  • Expand aluminum suspension materials and environmentally friendly disc brake pads as core growth businesses
  • Promote new businesses through co-creation with customers, such as next-generation heat management systems and next-generation motor cores

TOPICS 2025 of Mobility Business

Development of High-performance Disc Brake Pads for EVs

We have developed high-performance disc brake pads for EVs by making full use of our wide range of material technologies. They feature high braking performance and wear resistance, low environmental impact, and excellent low noise performance. With a view to mass production in 2026, we are providing samples to Tier 1 brake system manufacturers in Europe to evaluate the suitability of these products for electric brake systems.

欧米市場向け当社ディスクブレーキパッド(イメージ)