SAT NANO has been specializing in the production of Palladium Coated Carbon Nanotubes MWCNTs Powder for over a decade and is an excellent supplier in China. we offer >90-99% purity, diameter 3-15nm and length 10-30um particle. Palladium Coated carbon nanotubes can be widely used in energy conversion, catalytic reactions, electronic devices, biomedical and other fields.
Palladium-coated carbon nanotube powder possesses distinctive characteristics and a wide range of applications. Here's an introduction to the features and uses of this material:
Characteristics:
High catalytic activity: Palladium is an excellent catalyst, and when coated onto carbon nanotubes, it provides an abundance of active surface area, enhancing catalytic reactions with improved efficiency and control.
Excellent conductivity: Palladium-coated carbon nanotube powder combines the exceptional conductivity of carbon nanotubes with the conductivity of palladium nanoparticles. This combination results in outstanding electrical conductivity properties.
High stability: The structure of palladium-coated carbon nanotubes contributes to their chemical and thermal stability, allowing them to maintain their catalytic activity and electrical conductivity even under high temperatures and harsh conditions.
Diameter:3-15nm 30-60nm and length 15-30um
Purity >90-99%
CAS No:308068-56-6
ENINEC No.:231-153-3
Palladium size:20nm
Content:20%Pd or 40% Pd
Appearance:black Powder
1.Catalysis: Palladium-coated carbon nanotube powder finds extensive applications in catalysis. It serves as an alternative to noble metal catalysts and is employed in oxidation reactions, reduction reactions, organic synthesis, and important industrial catalytic processes. Its high catalytic activity and conductivity make it an ideal choice for efficient catalysis.
2.Sensors: Due to their excellent conductivity and catalytic activity, palladium-coated carbon nanotubes can be utilized in sensor technologies. They are employed in gas sensors, electrochemical sensors, and biosensors, enabling high-sensitivity detection of target molecules.
3.Energy storage: Palladium-coated carbon nanotube powder holds significant potential in the field of energy storage due to its high conductivity and catalytic activity. It can be employed as a key material in batteries, supercapacitors, and fuel cells for energy storage and conversion devices.
4.Material reinforcement: By incorporating palladium-coated carbon nanotube powder into composite materials, one can enhance their conductivity, strength, and thermal stability. This reinforcement material finds applications in electronic devices, composite conductive materials, high-strength composites, and nanoelectronic devices.
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