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Sep , 25 2025
In the race to develop higher-performance, safer, and more sustainable batteries—from lithium-ion (LIB) to solid-state (SSB) and sodium-ion (SIB) systems—battery laboratories rely on precision equipment to translate chemical formulas into functional electrode prototypes. Among these tools, the slot die coater stands out as a game-changer: its ability to deposit uniform, reproducible thin films of ...
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Nov , 14 2025
In the field of basic lithium-ion battery research, "unrepeatable experimental data and no basis for electrode selection" have long been key pain points plaguing researchers. Recently, a major breakthrough has been achieved in a study focusing on the standardized parameters of glassy carbon electrodes (GCEs) for lithium-ion batteries. After systematically testing GCEs of different specifications r...
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Jan , 30 2026
Laboratory Research and Industrial Applications In laboratory settings—especially for lithium-ion battery R&D, chemical synthesis, and material science—consistent, precise mixing is a cornerstone of reliable experimental results and high-quality product development. Xiamen AOT Battery Equipment Technology Co., Ltd., a leading manufacturer of battery-related equipment since 2006, has engineered...
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Feb , 06 2026
1. The core value of the battery material mixer In the context of the explosive growth of the new energy industry, the battery material mixer has become the "core equipment" that determines the performance of batteries. The following real scenarios visually present the key role of the equipment: High viscosity slurry production scenario: A certain battery power company produced NCM811 positive ele...
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