YULING NEW ENERGY
Among them, the Silicon monoxide carbon (SiO@C) adopts the "low lithium consumption" technology based on oxygen content control/structural morphology optimization. Combined with carbon coating, it improves the electronic conductivity, stabilizes the chemical/electrochemical reaction interface, and improves the structural stability of the material, so as to achieve the purpose of high first efficiency and long cycle. The technology is safer, easier to process, easier to store and cheaper than "prelithium".
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2019
The dual creative talents
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2020
New brand in lithium industry
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2021
New star of the year
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2022
2022 High tech Enterprise
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2023
The first phase of the industrialization project for producing 30000 tons of silicon-based composite negative electrode materials annually in 2023 has been officially put into operation. The 13th Batch of "3221" Industrial Innovation Teams in Bengbu City
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2024
The main drafting unit of the 2024 group standard for silicon-based negative electrode materials (T/CIET379-2024)
Prior one
Next
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Funding support for the "Mass Entrepreneurship and Innovation Talents" project of Jiangsu Province in 2019 -
2020 China Lithium Battery Industry New Enterprise Brand Award
2020 "Xiuzhou Double Hundred Plan" talent entrepreneurship project fund support
2020 Technology Innovation Fund of Shanghai Science and Technology small and medium-sized Enterprises -
2021 "True Lithium Power Award - Annual Rising Star Enterprise" title
2021 Asian Economic Conference Annual (industry) Leader Award
2021 Shanghai Technology Innovation Fund for small and medium-sized science and technology Enterprises -
2022 high-tech enterprises -
The first phase of the industrialization project for producing 30000 tons of silicon-based composite negative electrode materials annually in 2023 has been officially put into operation -
Main drafting unit of group standard “Silicon based anode materials” (T/CIET379-2024).
Honorary award
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ABOUT US
It is a comprehensive supplier focusing on R&D, production, sales and solutions of high performance lithium battery negative materials (Silicon monoxide carbon SiOC, silico-carbon SiC, porous silicon carbon, silicon-based thin film negative and artificial graphite, etc.), and has achieved industrial synergy of key business value chains through channel sharing, R&D cooperation and process matching. As a high-tech enterprise, based in the Yangtze River Delta, Yuling has given full play to its advantages in talent, geography and resources, and established an integrated platform of R&D center, pilot transformation and industrial production.
Our products High-end artificial graphite anode material
Starting from the first artificial graphite FSN-1, the cathode material for power lithium ion battery forms four product systems: cost type, energy star type, fast charging type and ultra-high power type. The cathode material for consumer electronics lithium ion battery has two series of products: high energy star density and fast charging characteristics, and occupies a leading position in the market.
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Our products Silicon monoxide SiOx
With the continuous expansion of lithium ion battery application market, people have higher and higher requirements for energy star and power density. The selection of high specific volume star anode materials is an important strategy to achieve this goal. The theoretical specific capacity of the anode (2600mAh/g) is higher, and the cycle stability is better.
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Our products Silicon monoxide carbon SiOC anode material
With the continuous improvement of the endurance requirements of new energy vehicles, battery anode materials are also developing towards the direction of high energy star density. Silicon-based materials, which combine the advantages of high conductivity and stability of carbon materials and high capacity of silicon materials, have great development potential. Silicon-based materials mainly use carbon materials as the buffer matrix of silicon-based materials.
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Our products Silicon carbon SiC anode material
Silicon-carbon SiC anode material refers to the material which doping silicon material with carbon material of different structure to significantly improve the capacity and electrochemical performance of the anode material. Silicon is known to be the material with the highest theoretical specific volume that can be used for anode materials, which can reach more than 10 times of the current mainstream graphite anode, and has high safety, abundant resources and low production cost. Carbon materials have high electrical conductivity, relatively stable structure, small volume expansion in the cycle process, and good flexibility and trickling. The silicon carbon anode material combines the advantages of the two and is the development focus of the future anode material, which is widely used in high specific energy electronic batteries, power batteries and so on.
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Our products Porous silicon carbon anode material
Porous silicon carbon is an ideal anode material for lithium-ion and all-solid-state batteries, which are widely used in portable electronic devices, electric vehicles, and aerospace.
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High-performance lithium battery materials are widely used in 3C living digital products, medical industrial products, special industries, the power energy storage market represented by new energy electric vehicle rechargeable batteries, as well as new energy charging piles/stations and other businesses.
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Our advantage
Silicon monoxide carbon
SiOC
