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As the second most abundant renewable carbon source on earth after cellulose, lignin has drawn significant attention for its industrial application potential. It has been confirmed that lignin can be used in the production of resins, adhesives, fillers, and polymer modifiers. However, due to the complex structure of lignin, technical challenges remain in extracting special chemicals with specific properties.

Against the backdrop of policies such as the plastic ban, carbon peak and carbon neutrality goals, the trend of "replacing plastics with paper" has become an industry development trend. Our company closely follows the trend of "energy conservation, carbon reduction, and green environmental protection".

Scientists from Stockholm University in Sweden have published a groundbreaking research achievement in the journal Science Advances. They have discovered a fully bio-based hair conditioner based on lignin gel emulsion, which can effectively address the issues of excessive chemical components and sustainability in traditional hair care products, providing new ideas for the development of environmentally friendly hair care products.

Silicon-based anodes are regarded as the next-generation ideal anode materials. Their theoretical specific capacity is as high as 4200mAh/g, which is 10 times that of traditional graphite materials.