High Quality Anode Material Carbon-coated Silicon Powder

Carbon coated with silicon materials of different nanostructures is used to make the coated silicon-carbon material. This buffer layer acts as an insulator to increase conductivity and reduce volume effects. Purity: Silicon-95%, Carbon-5%

About Anode Material Carbon-coated Silica Powder  :

Chemical composition and structure

Carbon-coated silica powder is mainly composed of two elements: silicon and carbon. Silicon powder is usually nano-sized and coated with a thin layer of carbon. This carbon layer can provide electron transport routes and protect the silicon powder from oxidation or corrosion. At the same time, the carbon layer can also improve silicon powder's electrical conductivity, so it performs better in electrochemical reactions.

Physical property

These properties make carbon-coated silica powders widely used in batteries and electrochemistry. In addition, due to its nanoscale structure, carbon-coated silicon powder also has good dispersion and processability, which helps to improve its utilization and stability in electrode materials.

Chemical property

In addition, due to the presence of the carbon layer, it also has good oxidation and corrosion resistance. These properties make carbon-coated silicon powder have excellent performance in various chemical reactions, such as battery charging and discharging, electrochemical energy storage, etc.

Technical Parameters of anode material Carbon-coated Silica Powder

Production Method of Carbon-coated silicon powder as an anode material ：

Prepare raw materials

The production of carbon-coated silica powder requires the preparation of silica powder and a carbon source. Silica powder generally uses nano-grade silica powder with high purity, and carbon sources can use hydrocarbon compounds such as methane and acetylene or carbon materials such as graphite and carbon black.

Mixed material

The silicon powder and the carbon source are mixed proportionally to form a uniform mixture. Physical methods such as ball milling and stirring can be used when mixing, and chemical methods such as solvent heat treatment can also be used.

Heating reaction

The mixture is placed in a high-temperature furnace and heated to a specific temperature under the protection of an inert gas so that the silicon powder and the carbon source react. It is necessary to control temperature, pressure and other parameters in the reaction process to obtain high-quality carbon-coated silica powder.

Collection and processing

After the reaction, the product is removed from the high-temperature furnace for cooling and collection. The collected carbon-coated silica powder must undergo subsequent treatment, such as cleaning, drying, screening, etc., to remove impurities and unqualified particles and obtain high-purity carbon-coated silica powder.

Packaging and storage

The treated carbon-coated silica powder needs to be packaged and stored. Suitable sealing materials such as polyethylene can be used when packaging to prevent oxidation or moisture. When storing, choose a dry, cool, ventilated place to avoid direct sunlight and high temperature.

Applicationes of Anode Material Carbon-coated Silica Powder  :

Lithium-ion battery field

Carbon-coated silicon powder is widely used as a harmful electrode material in lithium-ion batteries. Carbon-coated silica powder has become an ideal anode material for high-performance lithium-ion batteries because of its high specific capacity, good cycling performance and stable electrochemical performance. Carbon-coated silica powder can provide high energy density and long-life lithium-ion batteries suitable for various mobile devices and energy storage systems when combined with the appropriate cathode material.

Supercapacitor field

Supercapacitors are electronic devices that quickly store and release large amounts of electrical energy. Carbon-coated silicon powder is widely used as an electrode material in the field of supercapacitors because of its high specific surface area, good electrical conductivity and chemical stability. By optimizing the composition and structure of electrode materials, the energy density and charge-discharge performance of supercapacitors can be further improved.

Fuel cell field

Carbon-coated silicon powder can be used as the electrode material for fuel cells to improve the conductivity and stability of the electrodes. Especially in proton exchange membrane fuel cells (PEMFC), the excellent properties of carbon-coated silica powder make it an ideal electrode material. By combining with a suitable catalyst, carbon-coated silica powder can enhance fuel cells' energy conversion efficiency and durability.

Metal air battery field

A metal-air battery is a chemical battery with metal as the negative electrode and air as the positive electrode. In metal-air batteries, carbon-coated silicon powder can be used as a harmful electrode material to improve the stability and reversibility of the metal negative electrode. 

Sensor field

Carbon-coated silicon powder can also be used in the field of sensors.  For example, carbon-coated silicon powder is used to manufacture field-effect transistor (FET) sensors, which can realize real-time monitoring of environmental factors such as gas and humidity.

Storage Conditions of anode material Carbon-coated silicon powder :

Carbon-coated Silicon Powder's dispersion and use performance will be affected by damp reunion. It should therefore be vacuum packed and kept dry in a cool place. Additionally, it should not be stressed.

How to Pack and Ship Carbon-coated Silicon Powder Anode Material
Many types of packing are available depending on the amount carbon-coated silica powder.
Packaging of silicon powder carbon-coated 1kg/bag or five kg/bag. 25kg/barrel. Or as you request.
Transport of silicon powder carbon-coated Once payment has been received, items may be sent out either by sea or air.

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