June 2026

Special Equipment for Solid Electrolyte Materials | Solid State Battery Powder Preparation Equipment | Suzhou Zero Two Three Intelligent Equipment Co.,Ltd.

Against the backdrop of accelerated industrialization of solid-state batteries and faster domestic substitution of new energy materials, solid electrolyte materials have become a core technological breakthrough point for all-solid-state batteries. The particle size, purity, dispersibility and batch consistency of solid electrolyte powder directly determine ionic conductivity, interfacial impedance and cell safety performance. High-end dedicated manufacturing […]

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Explanation of Common Battery Technical Terms

(1) Battery CapacityIt refers to the maximum electric charge Q that a battery can store, with the unit Coulomb (C). \(Q = Current(I) \times Time(t)\) 1 C = 1 A·s. Battery capacity is commonly measured in milliampere-hour (mAh), where 1 mAh = 3.6 C. (2) Energy (Electric Energy)Electric energy, rather than electric charge, reflects the

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Technical Analysis of Three Mainstream Solid-State Battery Electrolyte Routes

There are three mainstream technical routes for solid-state batteries: polymer solid-state batteries, oxide solid-state batteries, and sulfide solid-state batteries. Different technical routes of solid-state batteries are mainly differentiated by distinct solid electrolytes. Classified by solid electrolyte types, there are three primary categories of solid electrolytes: polymer electrolytes, oxide electrolytes, and sulfide electrolytes. Among them, polymer

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How to Select a Co-Precipitation Reactor for Laboratory Use? This Guide Covers Everything (Must-Read for Lithium & Sodium Battery R&D) Complete Unit Diagram

Many new researchers have reached out to me lately, asking: when conducting co-precipitation synthesis of nickel ternary precursors or layered oxides for sodium-ion batteries, apart from formulation design itself, what equipment factor exerts the greatest impact on material performance? My answer is always the same: the micro hydrodynamics and constant environmental precision inside the reactor.

How to Select a Co-Precipitation Reactor for Laboratory Use? This Guide Covers Everything (Must-Read for Lithium & Sodium Battery R&D) Complete Unit Diagram Read More »

Intelligent Manufacturing Empowers High-End New Energy Materials English

With the rapid upgrading of the global new energy, semiconductor and biopharmaceutical industries, the demand for high-precision, high-purity and high-consistency material processing technology continues to rise. The core competitiveness of modern material manufacturing no longer lies in simple production capacity, but in refined process control, stable particle morphology, low energy consumption and zero pollution production

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