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Co‑precipitation Reactor Case Showcase Driven by the rapid expansion of the new‑energy lithium‑battery industry, cathode materials largely define battery performance. As the fundamental raw material for cathode production, ternary precursors exert decisive influence on the electrochemical properties of final cathode products via particle morphology, particle‑size distribution, tap density and impurity content. The co‑precipitation reactor acts […]

Our pharmaceutical, fine‑chemical and new‑energy nanomaterial R&D processes frequently adopt flammable‑explosive organic solvents such as methanol, ethanol and acetone. Conventional open‑loop spray dryers cannot handle these systems, bringing risks including solvent‑vapor explosion, sample oxidation, solvent waste and environmental pollution. Suzhou 023 Intelligent Equipment presents the Laboratory Organic‑Solvent Spray Dryer. Specially developed for organic‑solvent systems, it

High‑precision Nano Grinding & Dispersing Equipment for Lab R&D and Small‑batch Production SM series horizontal pin‑type nano bead mill is high‑end wet nano grinding equipment developed for advanced‑material industries. It is widely used for lab‑scale formula research, pilot test and small‑volume manufacturing. The machine performs ultra‑fine grinding and dispersion for nano‑materials, lithium‑ion battery slurry, electronic

Recently, after evaluation and public announcement organized by the Department of Science and Technology of Anhui Province, Chuzhou 023 New Energy Equipment Co., Ltd. has been officially included in the list of Anhui Provincial Science & Technology-based Small and Medium-sized Enterprises. Registration No.: 2026341103A0003352. This official accreditation is authoritative recognition from provincial science and technology

     It’s a rewarding and meaningful day for our technical team as we warmly received a faculty-led student research group from university at our new energy material R&D pilot workshop. The core purpose of this visit is to carry out complete hands-on experimental research on the co-precipitation synthesis of lithium battery ternary precursors with