The “Application of Hydrogenated Nitrile Butadiene Rubber (HNBR) in the Lithium‑Battery Industry” symposium and exchange event has concluded successfully.

On February 8, 2026, the “Seminar on the Application of Hydrogenated Nitrile Butadiene Rubber (HNBR) in the Lithium‑Battery Industry,” hosted by Liangjingjing, concluded successfully. Centered on HNBR’s technological innovations, practical applications, and industry trends in the lithium‑battery sector, the event brought together leading experts and scholars, representatives from upstream and downstream companies, and key R&D personnel, creating a thought‑provoking forum that highlighted the convergence of specialty elastomers and new energy technologies. The gathering fostered industry-wide consensus and explored new opportunities for the sector.

1. Unlocking New Potential for HNBR in Lithium-Ion Battery Applications

As the “crown jewel of rubbers,” hydrogenated nitrile butadiene rubber (HNBR), with its outstanding properties—including heat resistance, chemical resistance, high toughness, and resistance to swelling in electrolyte solutions—has successfully expanded beyond traditional sealing applications to become a key enabling material for the high‑quality development of the lithium‑battery industry. It plays an important role in areas such as cathode binder formulation, CNT conductive‑agent dispersion, and interface optimization in solid‑state batteries, and is one of the core materials best suited to meet the demands of high‑nickel, high‑voltage, and fast‑charging lithium batteries. This symposium aims to build a communication platform across the industry, break down technical barriers, and promote the deep integration of HNBR technology with the lithium‑battery sector, helping the industry address longstanding challenges in conventional material applications and unlock new avenues for growth. New Movement Can 。

2. Jointly exploring application pain points and solutions

At the exchange session, attendees from various sectors engaged in in-depth discussions on the cutting-edge applications of HNBR in the lithium‑battery industry, sharing their practical experiences. The atmosphere was vibrant, with participants freely expressing their views and sparking lively exchanges. They conducted interactive deliberations on common industry challenges—such as process optimization, cost control, and performance enhancement—in HNBR applications, offering both rigorous theoretical analyses and practical insights, as well as forward‑looking predictions about future industry trends. These contributions provided a range of perspectives and solutions to facilitate the large‑scale deployment of HNBR in the lithium‑battery sector.

3. Strengthen the foundations of industry–university–research–application collaboration.

The successful convening of this symposium and exchange not only brought together industry expertise and deepened stakeholders’ understanding of the application value of HNBR in the lithium‑battery sector, but also established a robust platform for collaborative partnerships among academia, industry, research institutions, and end‑users, laying a solid foundation for future technological innovation, product upgrades, and market expansion. According to reports, market demand for HNBR in the lithium‑battery field is growing rapidly, with projections indicating that it will soon develop into a multi‑thousand‑ton‑scale market segment. Domestic enterprises are accelerating their rise, ushering in new opportunities for growth.

4. Jointly Embarking on a New Journey of High-Quality Industrial Development

Looking ahead, Liangjingjing will take this exchange forum as an opportunity to remain focused on R&D and application innovation of HNBR in the lithium‑battery sector, actively draw on cutting‑edge industry expertise, strengthen collaborative partnerships across the value chain, and deepen its efforts in integrating specialty elastomers with the new‑energy field. By doing so, it aims to support the lithium‑battery industry’s transition toward higher energy density, longer service life, and enhanced safety, while co‑creating a new ecosystem for HNBR applications in lithium‑ion batteries and joining forces with industry peers to embark on a new journey of high‑quality development in the new‑energy sector.