The commercialization of all-solid-state battery production

The commercialization of all-solid-state battery production is a complex system engineering process, with its core mainly consisting of three key components: material system development, cell structure design, and cell production control. To produce a high-performance commercial all-solid-state battery, it is essential to master these three core aspects. Once the process for manufacturing commercial all-solid-state batteries is mastered, assembling and producing coin-type half-cells, coin-type full-cells, and simple structure flexible batteries (with a single positive/negative electrode stacked structure) becomes relatively easy.

Canrd Brief Introduce

Canrd use high battery R&D technology(core members are from CATL) and strong Chinese supply chain to help many foreign companies with fast R&D. We provide lab materials, electrodes, custom dry cells, material evaluation, perfomance and test, coin/pouch/cylindrical cell equipment line, and other R&D services.

Email： contact@canrd.com Phone/Wechat/WhatsApp： +86 19867737979

Canrd Official Web Canrd Company Vedio Canrd Company profile

Website : www.canrud.com

Comments

Single-sided pole piece production

Single-sided pole piece manufacturing method This issue introduces the production process of single-sided pole pieces to help you obtain satisfactory data results in experimental tests. 1. Stirring The first step is the preparation of the slurry. The equipment used are "high-speed variable frequency mixer" and " beaker ". High speed variable frequency mixer http://www.canrd.com/shop/product/getProductById?id=70181bae88854c448709d2bd94ddfc8b

Effects of Conductive Agents and Binders on Compression and Compactability of NCM Powders

Effects of Conductive Agents and Binders on Compression and Compactability of NCM Powders In the field of energy development, lithium-ion batteries have gradually become an important component of power sources (medical equipment, entertainment equipment, computers, communication equipment, electric vehicles, spacecraft, etc.) due to their advantages of low cost, environmental friendliness, high specific energy, light weight, and no memory effect. Lithium-ion battery positive electrode active materials often use transition metal oxides, such as layered lithium cobalt oxide, lithium nickel oxide, lithium nickel cobalt oxide, or lithium iron phosphate, and negative electrodes often use graphite, silicon-based materials, etc. as active materials. During the development and production process of lithium-ion batteries, it was found that the conductivity of the positive and negative active material particles cannot meet the requirements of the electron migration rate. Therefore, conductive a...

Sun Jie's team from Tianjin University: Micro-multifunctional additives significantly improve the ultra-high voltage performance of 4.8 V nickel-rich cathode and silicon-oxygen anode batteries

Determined to win ‖ Sun Jie's team from Tianjin University: Micro-multifunctional additives significantly improve the ultra-high voltage performance of 4.8 V nickel-rich cathode and silicon-oxygen anode batteries In December 2024 , Professor Sun Jie, Dr. Zhang Yiming of Tianjin University and Dr. Wang Lue of Guolian Automotive Power Battery Research Institute Co., Ltd. published an online paper in the journal Advanced Energy Materials (impact factor > 24.4) titled " Trace Multifunctional Additive Enhancing 4.8 V Ultra-High Voltage Performance of Ni-Rich Cathode and SiO x Anode Battery ". The study proposed a functional group integration strategy for the molecular structure design of additives, and developed a single, trace multifunctional electrolyte additive through the active synergy of multiple functional groups and electronic structures. 2- Cyano -3- fluoropyridine...

canrd

Search This Blog