Mesoporous Carbon Spheres

Product Name

^{Name：Mesoporous Carbon Spheres 50 nm}

Product Overview

^{Mesoporous carbon spheres refer to spherical carbon materials with mesoporous structures, with pore sizes within the mesoporous range (2-50nm), appearing as black powder. The product is called mesopores carbon spheres in English. There are many methods to prepare mesoporous carbon spheres, including template method, sol-gel method, hydrothermal method, etc. Among them, the template method is one of the most commonly used methods. By selecting suitable template materials (such as silicon-based templates) and carbon precursors, mesoporous carbon spheres are obtained through carbonization and template removal processes.}

^{Technical Parameter}

Status：Black powder

Particle size:0~150 nm

Surface area：~434.7m2/g（BET:/span>

Average Pore Size:.43 nm

Pore Volume:0.48 cm2/g

^{Product Features}

^{1. Mesoporous carbon spheres have a high specific surface area, which is beneficial for increasing the contact area between the material and the external environment, thereby improving its adsorption capacity and catalytic activity.}

^{2. High porosity enables mesoporous carbon spheres to have a larger internal surface area, which helps to improve the hydrogen storage capacity and catalytic performance of the material.}

^{By adjusting the parameters during the preparation process, mesoporous carbon spheres with different pore sizes can be obtained to meet the needs of different fields.}

^{4. Mesoporous carbon spheres usually have good chemical and thermal stability, and can maintain their properties in various environments.}

^{Application Fields}

^{1. Energy storage: Mesoporous carbon spheres exhibit excellent performance in energy storage technologies such as supercapacitors and lithium sulfur batteries, which can improve energy utilization and develop alternative energy sources.}

^{2. Gas adsorption: Due to its high specific surface area and high porosity, mesoporous carbon spheres are commonly used for gas adsorption, such as the adsorption of harmful gases such as carbon dioxide and formaldehyde.}

^{3. Catalysis field: As a catalyst or catalyst carrier, mesoporous carbon spheres can effectively catalyze oxidation reactions and other chemical reactions, improving reaction efficiency and product selectivity.}

^{4. Biopharmaceuticals: In the field of biomedicine, mesoporous carbon spheres can be used as drug carriers, biosensors, and other applications to achieve controlled release and targeted delivery of drugs.}

^{5. Environmental governance: Utilizing its excellent adsorption performance and chemical stability, mesoporous carbon spheres also have broad application prospects in environmental protection fields such as air purification and water treatment.}

^{Related Information}

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

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