Shangtai Technology Applies for Patent on Graphite and Porous Carbon Composite Materials
Category:
Industry News
Author:
Network
Source:
Network
Release time:
2025/11/17
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Information Summary:
According to a report from the financial sector on April 2, 2025, information from the National Intellectual Property Administration indicates that Shijiazhuang Shangtai Technology Co., Ltd. has filed a patent application titled “A Composite Material Based on Graphite Particle Core and Porous Carbon Shell, Its Preparation Method, and Applications.” The publication number is CN 119742355 A, and the application date is January 2025.
Financial sector 2025 Year 4 Moon 2 According to news reports, information from the National Intellectual Property Administration shows that Shijiazhuang Shangtai Technology Co., Ltd. has filed an application for a patent titled: “ A composite material based on a graphite particle core with a porous carbon shell, its preparation method, and applications. ” the patent, publication number CN 119742355 A , the application date is 2025 Year 1 Moon.
The patent abstract discloses a composite material based on a graphite particle core surrounded by a porous carbon shell, as well as a method for its preparation and applications. This invention falls within the technical field of negative electrode materials for lithium-ion batteries. Specifically, the porous carbon accounts for a certain percentage by mass of the composite material. 2% 50% ; The specific surface area of the composite material is 20 1458 m²/g , the total pore volume is 0.01 0.74 cm³/g The proportion of micropore volume to total pore volume is: 80% 96% , with an average pore size of 1.62 2.33 nm This invention addresses the issues of poor conductivity, slow lithium-ion diffusion rate, and significant volume expansion by... Cardiovascular disease Silicon-carbon material is coated on the surface of graphite particles, as opposed to the conventional method of directly applying it... Cardiovascular disease Compared with graphite, silicon-carbon materials significantly improve the rate performance and cycle stability of negative electrode materials. This invention is suitable for the preparation of lithium-ion battery negative electrode materials.
Keywords:
Jiasheng
Carbon