Hollow mesoporous carbon sphere

Hollow mesoporous carbon sphereProduct Name Name: Hollow mesoporous carbon sphere Product Overview Hollow mesoporous carbon spheres are a new type of mesoporous material with a hollow internal structure and mesoporous pores. Their unique structure endows them with various excellent properties and has broad application prospects in multiple fields. The English name of the product is Hollow mesoporous carbon spheres. Its preparation method usually involves organic inorganic hybrid

Product Name

^{Name:Hollow mesoporous carbon sphere}

Product Overview

^{Hollow mesoporous carbon spheres are a new type of mesoporous material with a hollow internal structure and mesoporous pores. Their unique structure endows them with various excellent properties and has broad application prospects in multiple fields. The English name of the product is Hollow mesoporous carbon spheres. Its preparation method usually involves organic-inorganic hybrid reaction of inorganic templates and organic precursors, as well as sol-gel reaction and optimized spray drying path.}

^{Technical Parameter}

Status:Black powder

Element content:C:~88wt%、O:~12%

Particle diameter:200~300nm

Aperture(average):5nm

BET:~940m2/g

Note:The specific surface area of the particles was measured in a single time,and a small amount of fluctuations was allowed between different batches.

^{Product Features}

^{1. High specific surface area: Hollow mesoporous carbon spheres have a very large specific surface area, which makes them highly efficient in areas such as adsorption and catalytic reactions.}

^{2. High porosity: High porosity allows hollow mesoporous carbon spheres to have a larger internal space, which is beneficial for storing and transferring guest molecules.}

^{3. Adjustable pore size and particle size: By adjusting the parameters during the preparation process, hollow mesoporous carbon spheres with different pore sizes and particle sizes can be obtained, which provides the possibility for personalized customization.}

^{4. Excellent chemical stability and mechanical properties: Hollow mesoporous carbon spheres have excellent chemical stability and mechanical properties, which enable them to maintain stable performance even in harsh environments.}

^{5. Special hollow structure: Hollow mesoporous carbon spheres have a hollow shape and radial pores, including hollow cavities and radial porous carbon shells, which give them special advantages in storing and transferring guest molecules.}

^{Application Fields}

^{1. In the field of biomedicine: Due to its high specific surface area and good biocompatibility, hollow mesoporous carbon spheres can be used as biomedical materials, such as drug carriers and biosensors.}

^{2. Energy storage and conversion field: Its large specific surface area and high pore capacity make it widely used in fields such as supercapacitors and lithium sulfur batteries.}

^{3. Environmental governance field: Its excellent chemical stability and mechanical properties, as well as adjustable pore size and particle size, make it widely used in environmental protection fields such as air purification and water treatment.}

^{4. Catalytic application field: Its special hollow structure and high specific surface area make it widely used in catalytic reactions and other fields.}

^{5. Electrochemical detection field: For example, in the application of nicotine electrochemical detection, the sensitivity and selectivity of the electrode can be improved by modifying hollow mesoporous carbon spheres on screen printed carbon electrodes.}

^{Related Information}

^{Please e-mail for the detailed characterization data.}

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