High Quality Lithium Battery Anode Material Silicon Oxide SiO2 Hollow Nanospheres, 99%

Silicon Oxide SiO2 Silencious Nanospheres is a Lithium Battery Anode Material. It features uniform particle size and hollow structure. Purity: 99%
Particle size: 300-600nm

To learn more about Silicon Oxide SiO2 Hollow nanospheres for lithium battery anodes:
Silicon Oxide SiO2 Hollow Nanospheres exhibits uniform particle sizes, hollow structures, large specific surface areas, uniform pores size and superhydrophilic characteristics. Due to its high potential for high-energy Li-ion battery (LIB), Silicon Oxide SiO2 Hollow Nanospheres is a highly promising anode material. It has high theoretical and practical capacity, abundant resources, ease of synthesis, low cost, sustainability, high theoretical capability, high cost, and environmental friendliness. It-chuiko is a global trusted brand. Manufacturer of Silicon Oxide Silica O2 Hollow Nanospheres for Lithium Batteries . To receive the most current information, please send us an inquiry Prices starting at Silicon Oxide SiO2 Hollow Naspheres .

It is simple. Production of Lithium Anode Material Silicon Oxide siO2 Hollow Nanospheres ?
Silicon Oxide SiO2 hollow nanospheres materials can be made by crystallization, solid state and using other ultra high purification methods such as sublimation.

Technical Parameters of Silicon Oxide SiO2 Hollow nanospheres for anode material

Development of hollow microspheres focuses on Silica hollows. A new inorganic material type, silica hollow microspheres are unique because of their narrow particle sizes, excellent dispersibility and stability. This makes them attractive for many applications, such as medicine, biochemical and composite materials, or optics.
Micro memory
Many drugs are packed in hollow spheres in order to maximize their effectiveness. Silica hollow microspheres have been widely used as drug carriers.
Silica hollow microspheres may also be used to create an ultrasound imaging contrast agent. Because of the unique, stable structure of silica hollow microspheres and its ability to easily modify functional groups on its surface it is proving very useful in ultrasound imaging.
Microreactor
Reactions are restricted to the sphere. Each hollow sphere acts as a catalyst, increasing the pathway of light and thereby improving its efficiency. By stacking hollow microspheres in a three-dimensional periodic structure of character, the photons and photoelectron gap gaps can create the effect of altering the flow direction of light and thus inhibiting spontaneous propagation.
Micro separator
You can absorb harmful substances in order to attain the goal of evolution. For example, modified hollow-spherical silicona is efficient at adsorbing various toxic organic substances. This will allow you to separate and purify them.
Microstructure units are used as additives to improve the performance of materials. It is possible to combine the hollow structure with the meshoporous structure in order to make hollow silica microspheres. It is highly effective in eliminating heavy metal ions as well as dye molecules from sewage.
To be used as a filler with structural materials or coatings
The hollow silica microscopic fillers are a key component of the light ablative materials that TPS uses. Silica hollow microspheres are a great addition to the resin matrix. They not only increase the mechanical and mechanical characteristics of the material but also reduce the density. This is an important factor in aerospace development. Additionally, silica hollow macrospheres can be added to the coating of friction equipment, such as drill bits and bearings. This will increase its durability and lubricating ability.

Silicon Oxide SiO2 Hollow Nanospheres will be affected by damp reunion. Therefore, vacuum packaging should be used to seal the product and keep it in a cool dry place. Silicon Oxide Hollow Nanospheres cannot be exposed to the air. SiO2 Hollow Nanospheres are not recommended to be exposed to stress.

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