Thank You for Being with Us | Automechanika Shanghai 2025

Automechanika Shanghai 2025 successfully concluded on November 26–29 at the National Exhibition and Convention Center (Shanghai). As one of the world’s most influential automotive industry events, this year’s show once again demonstrated its global impact. Over four days, the exhibition hosted 7,465 exhibitors from 44 countries and regions, and welcomed 253,691 professional visitors from more than 190 countries — a 14% increase compared with last year. International visitors accounted for 28%, highlighting the show’s strong global connectivity.

As an important player in the friction materials and transmission system industry, KEMA Materials showcased its latest technologies and product innovations, engaging with OEMs, Tier 1 suppliers, aftermarket distributors, and research institutions worldwide to explore future trends of powertrain systems.

Presenting the Future of Powertrain Friction Technology: Two New Materials Debuted at AMS

With the automotive industry accelerating toward high-efficiency, low-carbon mobility, friction materials are entering a critical phase of technological upgrade. At Automechanika Shanghai 2025, KEMA Materials introduced two significant new products, marking another important step in the evolution of high-performance friction materials.

01 KM1970 — Friction Material for Gas-Powered Engines

Developed for the demanding operating conditions of natural gas and LNG powertrains, KM1970 delivers exceptional reliability under long-duration, high-temperature, and heavy-load environments. Its core advantages include:

• Slow temperature rise to prevent thermal fade

• High-strength structure ensuring stable friction performance

• Long-term reliability for extended operation cycles

KM1970 provides robust support for gas-engine transmission systems, making it ideal for logistics fleets, commercial vehicles, and urban operation segments.

02 KM1510 — Low-Copper, Lightweight, High-Performance Torque Limiter Material

Aligned with global green manufacturing trends, KM1510 highlights:

• Low-copper and environmentally friendly composition

• Lightweight design for improved system efficiency

• High energy transmission performance suitable for multiple applications

Its wide application potential covers new energy vehicles, hybrid modules, agricultural machinery, and various high-efficiency mechanical systems.

On-Site Highlights: Technical Discussions and International Exchange

Throughout the event, KEMA held in-depth discussions with visitors from Europe, North America, Southeast Asia, the Middle East, South America, and other regions. Topics generating significant interest included:

• Friction material solutions for new-energy and hybrid powertrains

• Long-term stability and durability of advanced material systems

• Green, low-emission production processes

• Application-specific friction solutions for OEM and aftermarket requirements

This year’s exhibition not only strengthened KEMA’s global customer network but also confirmed major industry trends toward energy efficiency, sustainability, material innovation, and digitalized production.

Driving the Industry Forward Through Material Innovation

KEMA Materials recognizes that the friction materials industry is entering a transformative development stage. To meet global expectations for cleaner and more efficient mobility, the industry must embrace:

• Digitalized and intelligent manufacturing

• Green and lightweight material systems

• Open and collaborative R&D ecosystems

KEMA adheres to the principles of breakthrough-driven development, practical implementation, and verifiable performance, continuously advancing material systems, production processes, and quality assurance frameworks. Each product aims to serve as a “critical material” that empowers the next generation of powertrain technologies.

As the industry navigates technological shifts and energy transitions, KEMA is committed to collaborating with global partners. We strive to make every transfer of power more reliable, efficient, and environmentally responsible — driving the world forward through material innovation.