Large specific surface area HKUST-1 CuBTC(Hydrothermal method)

Large specific surface area HKUST-1 CuBTC(Hydrothermal method)Product Name NameLarge specific surface area HKUST 1 CuBTC(Hydrothermal method) Product Overview HKUST 1 CuBTC (also known as CuBTC or [Cu (BTC)]) is a metal organic framework (MOF) material synthesized by hydrothermal method, which is noted for its high specific surface area, large pore capacity, adjustable pore size, and functionality. Hydrothermal method is a commonly used method to synthesize HKUST 1 CuBTC. The basic principle is to form MOF

Product Name

Name：Large specific surface area HKUST-1 CuBTC(Hydrothermal method)

^{Product Overview}

HKUST-1 CuBTC (also known as CuBTC or [Cu (BTC)₂]) is a metal-organic framework (MOF) material synthesized by hydrothermal method, which is noted for its high specific surface area, large pore capacity, adjustable pore size, and functionality. Hydrothermal method is a commonly used method to synthesize HKUST-1 CuBTC. The basic principle is to form MOF crystals through the coordination reaction between metal ions and organic ligands in aqueous solution at high temperature and pressure. As a high specific surface area metal-organic framework material, HKUST-1 CuBTC has a wide range of applications in gas adsorption and separation, catalysis, sensors and other fields. As an effective synthesis method, hydrothermal method provides a reliable way for the preparation of HKUST-1 CuBTC.

^{Technical Parameter}

Composition :Cu2+,BTC3-

Diameter:0.8μm~40μm

Specific surface area:~1244m2/g

Pore diameter:0.9nm

Appearance:Blue powder

^{Product Features}

High specific surface area: HKUST-1 CuBTC has an extremely high specific surface area, with a reported BET surface area of more than 1500 m2/g (data from different sources may vary, but all indicate a very large specific surface area). The high surface area makes HKUST-1 CuBTC excellent in gas adsorption, separation and catalysis.

Adjustable channel size: The channel size of the HKUST-1 CuBTC can be controlled by adjusting the synthesis conditions, which provides flexibility for its application in different fields

High thermal stability: HKUST-1 CuBTC has high thermal stability and can maintain the stable chemical stability of its structure and properties under certain high temperature conditions: at the same time, it also shows good chemical stability and can withstand the erosion of solvents such as acids and bases, which makes it still maintain its utility in harsh chemical environments

Application Fields

Gas adsorption and separation: HKUST-1 CuBTC is widely used in the field of gas adsorption and separation, especially in carbon dioxide capture and concentration. Its high CO2 adsorption capacity and selectivity, as well as low renewable energy consumption, are of great significance for reducing greenhouse gas emissions and combating global warming.

Catalysis: As a catalyst or catalyst carrier, HKUST-1 CuBTC exhibits excellent catalytic properties due to its highly dispersed unsaturated metal sites. It has been used to catalyze many important reactions, such as CO oxidation, methanol dehydration, styrene oxidation, etc. the

Sensor: Due to its good optical and electrical properties, HKUST-1 CuBTC is also used as a sensor material for the detection of ammonia, formaldehyde, nitrates and other substances related to human health and safety.

^{Related Information}

Storage Conditions :

This product takes up water quickly, please be sure to dry it at room temperature and keep sealed, avoid light. Vacuum drying at 100¡ãCcould optimize product performance. Expiry date: One year if stored in an airtight container.

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