June 10–12, 2026 – The Future Industries Advanced Materials Expo was held at the Shanghai New International Expo Centre. Chizhou Shanli Molecular Sieve Co., Ltd. presented its newly developed resin-based porous carbon series, attracting considerable attention from industry professionals and technical visitors.
Leveraging Two Decades of Carbon Material Expertise to Enter the New Energy Sector
Shanli has been engaged in the carbon materials field for over 20 years, beginning with carbon molecular sieves and progressively establishing a comprehensive technical chain encompassing raw material screening, activation, and post-treatment processes.
Resin-based porous carbon shares its core preparation technology with carbon molecular sieves, with consistent requirements across pore structure regulation, impurity control, and batch-to-batch stability.
Shanli has effectively translated its accumulated carbon material expertise into a distinctive competitive advantage in the new energy battery materials sector.
Resin-Based Porous Carbon: Addressing the Persistent Challenges of Silicon-Carbon Anodes
Silicon-carbon anodes are widely recognized as a promising pathway for enhancing the energy density of next-generation lithium-ion batteries. However, commercial viability has been constrained by two persistent challenges: volume expansion during cycling and limited cycle life.
Shanli's SL-C85 resin-based porous carbon has been specifically engineered to overcome these obstacles.Manufactured from specialty resin precursors through controlled carbonization and activation, the product offers three defining characteristics:
Throughout the expo, the Shanli technical team engaged in sustained discussions with numerous anode material manufacturers at the product display area.
Three Days of Technical Exchanges and Substantive Collaboration Outcomes
Throughout the three-day event, the Shanli technical team conducted one-on-one meetings with visitors representing the battery, energy storage, electric vehicle, and materials sectors.
Discussions encompassed a broad range of technical topics, including pore size matching principles, comparative analysis of silicon-carbon processing routes, laboratory-scale sampling procedures, and pilot-scale joint validation protocols.
By the conclusion of the expo, multiple companies had agreed to proceed with initial sample trials, and several clients had initiated technical discussions for collaborative testing.
A number of partners specifically commended Shanli's fact-based, transparent approach to technical collaboration — characterized by accurate parameter disclosure, direct acknowledgment of challenges, and clear responses substantiated by verifiable performance data.
From Expo Debut to a Broader Market Presence
Shanli has announced that it will continue to increase R&D investment in new energy materials. With resin-based porous carbon as the initial offering, the company plans to progressively develop a diversified product portfolio encompassing multiple material types and process routes, delivering highly stable, customizable porous carbon solutions for silicon-carbon anodes and other new energy applications.
For clients and partners unable to attend the expo, product datasheets and sample trial requests are available through Shanli's online channels.Please click www.carbon-cms.com
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