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Technical Deep Dive — Focusing on High-Temperature Interface Stability to Overcome Key Bottlenecks in Thick-Electrode Wetting Technology
2026.05.09
Connecting the World, Empowering Lithium‑Ion Batteries | Cheerchem Invites You to CIBF2026
In 2026, the global energy transition will continue to deepen, and the lithium‑ion battery industry will enter a new cycle characterized by tight supply‑demand balance and recovering valuations. Among these trends, the explosive growth of energy‑storage batteries and the steady expansion of power‑battery exports will serve as the dual core drivers of industry growth, while technological advancement, cost reduction and efficiency gains, and supply‑chain collaboration will be pivotal to future development.
2026.05.08
Solution Chapter — Focusing on anode interface modification to overcome bottlenecks in LFP fast-charging technology.
2026.05.06
Pain Points — The Three Core Bottlenecks of Lithium Iron Phosphate Batteries That Hinder the Upgrading of the New Energy Lithium‑Ion Battery Industry
2026.04.17
Carbonyl‑hydroxyl‑modified silicone oil: Effectively enhances polyurethane performance and drives material upgrades.
Polyurethane (PU) is a polymeric material whose main chain contains repeating urethane (-NHCOO-) structural units. Thanks to its unique soft–hard segment architecture, polyurethane exhibits excellent mechanical strength, wear resistance, oil resistance, solvent resistance, and chemical corrosion resistance; however, it suffers from shortcomings in heat resistance and water resistance, which to some extent limit its broader application in high‑end sectors.
2026.04.08