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4.27-4.29 Superelectric Technology Surprise Appears at CIBF (Chongqing) International Battery Technology Exhibition!

4.27-4.29 Superelectric Technology Surprise Appears at CIBF (Chongqing) International Battery Technology Exhibition!

2024-04-02

Super Power Technology will participate in the CIBF Chongqing Exhibition from April 27 to April 29, with a S2-B019-1 booth. Welcome new and old customers to visit the exchange.

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Our sodium ion test line project was successfully completed!

Our sodium ion test line project was successfully completed!

2024-01-31

Our company recently completed a new energy test line project, which will further promote the development and industrialization of sodium-ion battery technology. Through the operation of the test line, the commercial application of sodium-ion batteries will be accelerated, and their performance and reliability will also be improved. This initiative will help solve the challenges in the field of energy storage, including grid energy storage and electric vehicle power.

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CIBF2025 Highlights: Solid-state batteries / Energy storage / Low-altitude economy / Dry process equipment

2025-05-30

The 17th CIBF2025 Shenzhen International Battery Technology Exchange Conference / Exhibition successfully concluded. The conference content covered the entire industry chain of "materials - cells - equipment - recycling - applications", which can be called a "technology review" for the new energy industry. Below is a review from four dimensions: leading enterprise dynamics, cutting-edge technologies, industry trends, and industrial developments, presenting the core highlights of the exhibition.

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Understanding in One Reading | From Lab to Production Line: An Analysis of Dry/Wet Pulp Processes for Electrodes

2025-05-28

Battery performance is 70% determined by the electrode slurry. The core objective of the slurry preparation process is to achieve "uniform dispersion of three phases" - with changes in temperature, viscosity, and environment, active materials (energy storage main body, responsible for storing charge, such as lithium iron phosphate in the positive electrode and graphite in the negative electrode), conductive agents (charge pathways, such as carbon nanotubes), and binders (structural support, such as PVDF) form a stable suspension in a solvent (mixed into a slurry, such as NMP), which is finally coated to form an electrode with an ideal porous structure. This article interprets the two major processes of battery slurry preparation: "dry method slurry preparation" and "wet method slurry preparation", understanding the core differences in their principles. Which slurry preparation process is more suitable for your project? How to balance cost and efficiency? Is the technical threshold high? Help you deal with project decisions!

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Exhibition Dynamics | CIBF2025 Super Detailed Exhibition Guide, Tickets/Transportation/Catering Strategy is Here!

2025-05-09

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Fundamentals of Blade Coating Technology | Key Processes and Solutions for Common Problems in Laboratory Film Making

2025-04-25

In the lab, electrode coating often suffers from issues such as uneven coating, bubbles, pinholes, and drying cracks due to factors like rudimentary equipment, raw material contamination, unstable coating processes, non-standard operation, and improper drying environments. How can a beginner in battery research address these problems?

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