High Quality Anode Material Carbon-coated Silicon Powder |

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The anode material coated with silicon nanostructures is coated in carbon. The carbon layer serves primarily as a layer of buffering to reduce the volume-effect and improve conductivity. Purity: Silicon-95%, Carbon-5%
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The anode is coated with different silicon nanostructures. This type of material is capable of reversible operation with silicon being the main body. It uses the carbon layer mainly as a layer buffer to reduce volume effect and improve electrical conductivity. Carbon is typically amorphous. Materials with silicon anodes have issues such as low cycling life, large volume changes and the continuous production of SEI film. Silicon-carbon anode products can solve these problems. To prevent the silicon from coming in contact with electrolyte resulting in a thin SEI film, it is necessary to apply a complete coating. Designing the microstructure to maintain electron contacts, ion canals, and volume growth during the cycle is also crucial.
Carbon coating works by sharing the expansion of Si with graphite or amorphous coating. This prevents anode material from pulmonizing due to stress and volume changes in the intercalation process. Carbon coating functions include: (1) Constrains and buffers expansion of active center, (2) Prevents the agglomeration nano-active particles, (3) Prevents electrolyte penetration to the center for a stable interface. (4) Silicon materials and carbon materials provide high specific capacities and conductivity. It is a global trusted brand. Anode Material Silicon Powder Carbon-coated You can also contact us by clicking here. . Please send us an inquiry regarding the latest Prices of Anode Material Silicon Powder Carbon-coated At any time.

Performance of anode materials carbon-coated silica powder :
Carbon-coated Silicon Powder has excellent processing performance, rate performance, low growth, and a long cycle.

Technical Parameter of anode material Carbon-coated silicon powder :
Product Name SSA Particle Size First Discharge Capacity First Charge Capacity First Discharge Efficiency
Carbon-coated Silicon 23.5 m2/g 1.59um 2474.5 mAH/g 2173.3 mAH/g 87.8%
How do you pronounce Anode Material Silicon Powder Carbon-coated Produced?
Ball milling, high temperature cracking, chemical vapour precipitation, spraying deposition and evaporated are the preparation processes of anode silicon-carbon material. There are many different silicon-carbon material structure designs, but all are designed with the goal of increasing the battery capacity and reducing the disadvantages caused by silicon particle crushing and expanding.

Applications Anode Material Silicon Powder Carbon-coated :
The carbon-coated silicon powder is used for cylindrical batteries, flexible packaging battery and aluminum shell batteries.
As a novel type of anode materials for lithium-ion cells, the silicon carbon anode could play a larger role in improving battery energy density than graphite. Industrialization is only just beginning due to the high barriers for its application. The future of silicon-carbon materials is brightening.

Storage Condition of Anode Materials Carbon-coated Silicium Powder

It is important to avoid exposing the carbon-coated silica powder to air. This will negatively affect the dispersion of silicon powder and its use. It is also important to avoid using the powder under pressure.

The Anode Material is Carbon-coated Silica Powder.
The carbon-coated powder quantity determines the type of packaging we offer.
Carbon-coated Silicon Powder Packing You may choose to have 1kg or 5kg bags, 25kg barrels, or other quantities.
Carbon-coated Silicon Powder Shipping Once payment has been received, goods can be shipped by air, sea or express.

Properties and Carbon Coated Silicon Powder

Alternative Names Carbon-coated Silicon
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Purity Silicon-95%, Carbon-5%
Particle Size 1.59um
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Health & Safety Information for Carbon-coated Silicon Powder

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