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Ordered porous carbon- honeycomb carbon powder (NCP)

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SKU# CNCP

Product Detail

Ordered Porous Carbon Powder (NCP) is a powder product of Nano Porous Carbon Film (NCS), with the same internal structure as NCS. Nanoporous carbon powder (NCP) is divided into two series, high pore volume (NCP-HV) and low pore volume. The difference in pore volume between the two is caused by the difference in wall thickness. High pores containing nano porous carbon powder (NCP-HV) has large pore volume and thin pore walls, which is suitable for scenarios with high pore volume requirements such as lithium-sulfur battery cathode materials; low pores containing nano porous carbon powder (NCP) has small pore volume , The pore wall is thick, suitable for catalyst carrier materials and other scenes that require high corrosion resistance. The aperture can be customized according to customer requirements (including composite holes).

1. Preparation Method

Hard template method

2. Characterizations

SKU

 

Aperture(nm)

 

Connecting hole

(nm)

specific surface area(m2/g)

Pore volume

(mL/g)

CNCP11A5

~15

5

700

2.4

CNCP13A5

~30

7

630

2.4

CNCP15A5

~50

10

560

2.6

CNCP21A5

~100

11

370

2.2

 

 SEM Image of ACS Material Ordered porous carbon- honeycomb carbon powder

(CNCP11A5) 

 

 SEM Image of ACS Material Ordered porous carbon- honeycomb carbon powder

(CNCP13A5) 

 SEM Image of ACS Material Ordered porous carbon- honeycomb carbon powder

(CNCP15A5) 

 SEM Image of ACS Material Ordered porous carbon- honeycomb carbon powder

(CNCP21A5) 

3. Applications

Lithium-sulfur battery cathode materials, catalyst carrier materials, etc.

Disclaimer: ACS Material, LLC believes that the information in this Technical Data Sheet is accurate and represents the best and most current information available to us. ACS Material makes no representations or warranties either express or implied, regarding the suitability of the material for any purpose or the accuracy of the information contained within this document. Accordingly, ACS Material will not be responsible for damages resulting from use of or reliance upon this information.