Birla Carbon, one of the world’s largest suppliers of carbon materials, will showcase its advanced carbon black and sustainable material solutions at the International Rubber Conference (IRC) 2026, scheduled for November 2–6 in Nagoya, Japan. The company will highlight innovations that improve tire durability, energy efficiency and circularity while addressing the evolving requirements of the automotive and rubber industries.
As electric mobility gains momentum, tire manufacturers are placing greater emphasis on tire wear, rolling resistance and energy efficiency. Similarly, automotive rubber components must deliver long-lasting performance without compromising ride comfort. Birla Carbon will present application-specific solutions to address these challenges at its exhibition booth.
Advancing Mobility Through Material Innovation
Amit Kumar, President, Asia, Birla Carbon, said that Asia’s tire and rubber manufacturers are shaping the next phase of mobility, creating demand for increasingly advanced materials. He highlighted Birla Carbon’s commitment to application-focused innovation, reliable local supply and stronger customer partnerships. Furthermore, the company aims to advance performance and circularity together by expanding its capabilities across Asia and helping manufacturers respond to changing market requirements.
High-Performance Carbon Black for Tire Durability
At IRC 2026, Birla Carbon will present its Very High Structure (VHS) carbon black grades for passenger car, light truck, truck and bus tires. Designed to address the demands of electric mobility and evolving regulations, including Euro 7, these materials support improved tire wear performance, energy efficiency and durability. Consequently, the portfolio aims to help tire manufacturers meet increasingly stringent performance requirements while adapting to changes in vehicle design and mobility technologies.
Sustainable Carbon Materials Support Circularity
Birla Carbon will also showcase its Continua™ Sustainable Carbonaceous Materials (SCM) and Sustainable Carbon Blacks (SCB) for tire applications. These materials incorporate higher proportions of recycled or bio-based content, helping manufacturers advance their circularity objectives. In addition, consistent product quality and reliable large-scale supply support the integration of sustainable materials into industrial production. The Continua™ portfolio is backed by ISCC PLUS certification, supporting the company’s focus on sustainable material solutions.
Improving Automotive Rubber Component Performance
For mechanical rubber goods, Birla Carbon will highlight carbon black grades designed for specific automotive applications.
Bushings: Improved mixing and dispersion help enhance fatigue resistance and component durability.
Automotive mounts: Materials combining low hysteresis, low stiffness and reinforcement help manufacturers develop durable components while maintaining ride comfort.
These application-specific solutions aim to balance mechanical performance, durability and comfort in automotive rubber components.
Enhancing Extrusion Efficiency and Product Quality
Birla Carbon will also present clean, drop-in carbon black grades for rubber extrusion applications. These materials can help manufacturers reduce product defects, material scrap and screen-pack changes, thereby improving production throughput. Moreover, the grades support fatigue resistance and extend the service life of finished rubber products, helping manufacturers improve both manufacturing efficiency and product performance.
Global Technical Expertise and Supply Reliability
Birla Carbon combines scientific expertise, material simulation and technical support to help customers evaluate solutions for tires, industrial rubber products and specialty applications. Its global manufacturing footprint, together with capacity expansion across Asia, further strengthens its ability to support customers’ long-term supply requirements. As per the press release, through its participation at IRC 2026, Birla Carbon aims to demonstrate how advanced carbon materials can help the rubber industry achieve higher performance, improved manufacturing efficiency and greater sustainability.
