registered   |   log in
  中文
beike new material
position: home > Product >

Multilayer Vapour Phase Nb2C-Cl MXene





ID:
CAS:
Detailed

Size: 1-5um (minimum size can be customised to 50nm)
Properties: High purity and excellent electrochemical properties.
Functional group: -Cl (can be customised)
Purity: 99 per cent
Storage conditions: dry at room temperature and keep away from light
Process: Beike high temperature vapour phase etching process
Characteristics: The traditional liquid-phase method of Nb2C-Cl MXene etching is difficult and long etching rate is low, the gas-phase method because there is no moisture between the layers after high-temperature annealing can be stable and maintain high activity.
Process details: multi-layer organ-shaped MXene material, Beike unique gas-phase etching completed without any liquid-phase etching can maintain high stability and antioxidant properties, air stability is very good, air six months without significant attenuation can be provided in a single batch of 50kg grade supply.
Application areas: energy storage, catalysis, analytical chemistry, mechanics, adsorption, biology, microelectronics, sensors, etc. Size process can be customised to a minimum of 50nm (the scale can be achieved in a single layer of monodisperse) gas-phase method of MXene performance compared to the liquid-phase method of better stability of the nanosheets are virtually free of a large number of defects in the liquid-phase etching.

Warm tip: the products supplied by Beijing Beike Xincai Technology Co., Ltd. are only used for scientific research, not for human body

Message
Full name: *
Whatsapp/Wechat: *
E-mail: *
Contents:
 
Twitter:2D materials Frontier
QQ Exchange Group:1092348845
Next: Hydroxylated molybdenu Previous:
Related Products

 

Reminder: Beijing Beike New Material Technology Co., Ltd. supplies products only for scientific research, not for humans
All rights reserved © 2019 beijing beike new material Technology Co., Ltd 京ICP备16054715-2号
advisory
phone
Email:mxenes@163.com
Tel:+86-17715390137
scan

scan
WeChat