- Birla Carbon will exhibit conductive battery materials at The Battery Show Europe 2026.
- Conductex i solutions support improved battery performance while reducing manufacturing costs.
Birla Carbon announced on June 5 that it will participate in The Battery Show Europe 2026, scheduled to take place from June 9 to June 11, 2026. During the event, the company plans to showcase its commercially available conductive additives portfolio, including Conductex i conductive carbon black products and multi-walled carbon nanotubes (MWCNT). These offerings will be presented alongside a broader range of carbon-based technologies developed for battery applications, reinforcing the company's focus on supporting evolving energy storage requirements.
The exhibition will provide an opportunity for Birla Carbon to demonstrate solutions designed to improve battery performance and manufacturing efficiency. The company’s battery material portfolio is aimed at supporting a variety of energy storage applications while addressing industry requirements for enhanced conductivity, durability, and production scalability.
Battery Materials Featured at The Battery Show Europe 2026
Among the highlighted technologies, the Conductex i conductive carbon black range is engineered to deliver strong electrochemical performance across cathodes, anodes, and carbon-coated current collectors. These materials are designed to support battery manufacturers seeking higher efficiency while maintaining cost competitiveness throughout the production process.
The Conductex i portfolio also contributes to lower manufacturing costs and improved peeling strength, helping optimize battery assembly and long-term reliability. Such characteristics make the materials suitable for advanced battery designs where performance consistency and production efficiency are critical considerations.
Commercial-Scale Production Supports Global Battery Demand
Birla Carbon stated that its conductive additives are produced at commercial scale across the United States, Europe, and Asia. This manufacturing footprint enables the company to support battery producers across multiple regions while ensuring supply availability for growing electrification programs.
In addition to serving current lithium-ion battery applications, the materials are positioned for use in next-generation battery technologies. Their scalability and performance characteristics make them relevant for future battery developments that require improved conductivity, energy efficiency, and manufacturing flexibility.
Key Conductex i Battery Material Benefits
| Feature | Benefit |
|---|---|
| High Electrochemical Performance | Supports cathodes, anodes, and current collectors |
| Lower Manufacturing Costs | Improves production efficiency |
| Enhanced Peeling Strength | Improves battery assembly reliability |
| Commercial-Scale Production | Supports global battery demand |
| Next-Generation Compatibility | Suitable for future battery technologies |
By showcasing its conductive additives portfolio at The Battery Show Europe 2026, Birla Carbon aims to highlight commercially available solutions that address current lithium-ion battery requirements while supporting the development of emerging battery technologies through scalable production and enhanced material performance.
Frequently Asked Questions
What will Birla Carbon showcase at The Battery Show Europe 2026?
Birla Carbon will showcase conductive additives developed for battery applications, including Conductex i conductive carbon black and multi-walled carbon nanotubes. The company will also present additional carbon-based solutions designed to improve battery performance, manufacturing efficiency, and material reliability. These products are intended for use in lithium-ion batteries and emerging battery technologies, supporting requirements for enhanced conductivity, scalable production, and optimized electrochemical performance across multiple battery components.
What are the benefits of Conductex i conductive carbon black?
Conductex i conductive carbon black is designed to provide high electrochemical performance in cathodes, anodes, and carbon-coated current collectors. The material helps reduce manufacturing costs while improving peeling strength, contributing to more efficient battery production and enhanced assembly reliability. Produced at commercial scale across multiple regions, Conductex i supports current lithium-ion battery applications and offers compatibility with future battery technologies that require advanced conductive materials and scalable supply capabilities.
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