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Mar
Mar-19-2021
Nano Fullerene greatly enhances material electrical conductivity
“Nature” magazine published a new method developed by the University of Michigan in the United States, inducing electrons to “walk through” in organic materials fullerenes, far beyond the limits previously believed. This study has increased the potential of organic materials for...
Dec
Dec-18-2020
Comparison of various conductive agents(Carbon black, carbon nanotubes or graphene) for lithium ion batteries
In the current commercial lithium-ion battery system, the limiting factor is mainly the electrical conductivity. In particular, the insufficient conductivity of the positive electrode material directly limits the activity of the electrochemical reaction. It is necessary to add a suitable conductive age...
Apr
Apr-16-2021
Three most commonly used nano and ultra-fine conductive powders
There are three types of commonly used conductive powders:  1. Metal-based conductive powder: such as silver, copper, nickel powders, etc. There is no doubt that spherical and flake silver powder has the best electrical conductivity, stable chemical properties, and strong corrosion resistance.       Th...
May
May-31-2021
Get to know quickly about Silver Nanowires Preparation, Performance, Parameters and Application
There are a lot of new technologies in the materials industry, but few have been industrialized. Scientific research studies the problem of “from zero to one”, and what companies have to do is to turn the results into mass-produced products with stable quality. Hongwu Nano is now industrial...
Apr
Apr-23-2021
Thermal insulation test comparison between cesium-doped tungsten oxide Cs0.33WO3 glass and ordinary glass
Infrared light has a significant thermal effect, which easily leads to an increase in ambient temperature. Ordinary architectural glass has no heat insulation effect which can only be achieved by means such as filming. Therefore, the surface of architectural glass, car film, outdoor facilities, etc. ne...