Mesoporous carbon (BMC5)

Name: Mesoporous carbon (BMC5)
Brand: Canrd
Price: 302040.51 USD
Availability: InStock

$302040.51

Model：

FM-EM-CS-0003

Brand：

canrd

Classification：

energymaterial, experimental material, fuel cell, all

item_No

Specifications

Price

FM-EM-CS-000301

50g

$302040.51

Details

Overview

Details

This mesoporous carbon (BMC5) is developed as a non-silicon-based mesoporous material featuring an ordered pore structure within the 2–50 nm range. Its interconnected pore architecture and high specific surface area, typically reaching several hundred square meters per gram, provide abundant accessible active sites. The material exhibits excellent chemical stability and electrical conductivity, along with controllable pore size and porosity. These properties make it suitable for advanced energy storage applications, including supercapacitor electrodes and battery electrode enhancement. It also serves as an effective catalyst support, adsorbent for water treatment and gas separation, and as a carrier for drug delivery in biomedical research. The product is supplied in a 50 g quantity, with pricing available upon customer inquiry.

The selling price is anti-auction price, please consult customer service for details.
[Product Introduction]
Mesoporous carbon is the 1 new type of non-silicon-based mesoporous material with a pore size between 2-50nm. It has an ordered mesoporous structure, which is constructed by methods such as template method or self-assembly.
The pore structure of mesoporous carbon is regular and interconnected, which makes it have unique advantages in material transport. The specific surface area is usually high, reaching hundreds of square meters per gram or even higher, and the pore size distribution is relatively narrow, which can provide a large number of available active sites.
【Product advantage】
High specific surface area and porosity, good chemical stability, excellent conductivity, controllable pore size and pore structure.
[use]
1. energy storage field: supercapacitor electrode materials, battery electrode materials improvement.
2. Adsorption and separation field: water treatment, gas adsorption and separation.
3. Catalytic field: catalyst carrier, heterogeneous catalyst.
4. Biomedical field: drug delivery carriers, biosensors.

Non-product quality problem, no return