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Rational application of inorganic nanomaterials in ultrafiltration membrane

After inorganic nanomaterials are combined with membrane matrix, the larger surface area and pore channel increase the hydrophilicity of the membrane, and at the same time comprehensively and effectively improve the overall separation efficiency of the membrane.

2020-04-30

Paper batteries or the next generation of power supply can be produced like printed newspapers

Scientists from rensler Institute of Technology used tiny carbon nanotubes to channel electrodes in traditional batteries and used ionic liquid solutions as electrolyte. These two components are used for conducting electricity. They use cellulose or paper as a separator, which is the third important component in the battery.

2020-04-30

Main characteristics of advanced carbon fiber composites in aerospace

Carbon fiber composite material has the characteristics of light weight, good ductility, high specific strength, heat conduction, high and low temperature resistance, corrosion and heat insulation, vibration attenuation, unique electromagnetic wave permeability, wave-absorbing concealment and workability, etc, it is commonly used in the field of aerospace.

2020-04-30

Knowledge popularization | Nano carbon fiber used for wave absorbing materials

Wave-absorbing material refers to the electromagnetic wave that can absorb the attenuation incident and through the dielectric oscillation, Eddy current, magnetostrictive and other effects of the absorber, the electromagnetic energy is converted into heat energy and dissipated, or a kind of functional materials that make electromagnetic waves disappear due to interference.

2020-04-30

Carbon-based nanomaterials-Special carbon nanotubes-have shown great potential as substitutes for various industrial materials.

Carbon-based nanomaterials-especially graphene and carbon nanotubes-have shown great potential as substitutes for various industrial materials.

2020-04-30

The application prospect of carbon nanotubes the carbon nanotubes produced by Henan KELAIWEI are widely used

When it comes to the application prospect of carbon nanotubes, many people may not be very familiar with carbon nanotubes, but it is a high-tech material by looking at the name here, in recent years, this kind of material has developed very rapidly and has been applied in many industries. It can be said to be a new material solution. Because of its excellent performance, it is widely used in the field of conductive and heat conduction related industries, and carbon nanotubes are found in many products we contact in our daily life.

2020-04-05

Carbon nanotube conductive agent KELAIWEI developed new conductive materials

As a high-performance conductive agent product, carbon nanotubes are widely used in the manufacture of high-end lithium batteries. Moreover, with the continuous improvement of the requirements for battery energy density of new energy vehicles and other products, traditional conductive agents can no longer meet the production and manufacturing requirements of high-end batteries, and with the continuous improvement of the technology used by carbon nanotubes as conductive agents, they will be able to continuously replace traditional conductive agents and occupy the market of high-end lithium battery conductive agents.

2020-04-05

What is the application prospect of carbon nanomaterials in MEMS

MEMS is a micro-system integrated with micro-machinery (Micron/nanoscale) and IC, that is, an intelligent micro-system. MEMS is based on silicon micro-processing technology but not limited to it. In short, MEMS is the further integration of system-level chips. We can integrate almost anything on a single chip, such as motion devices, optical systems, pronunciation systems, chemical analysis, wireless systems and computing systems, etc, therefore, MEMS technology is a multidisciplinary technology. MEMS devices are cheap, excellent in performance, suitable for a variety of applications, and will become one of the important technologies affecting future life. Microelectronic mechanical system (MEMS) technology is a cutting-edge technology in the 21st century based on micro/nanotechnology, which refers to the design, processing, manufacturing, techniques of measurement and control. It can integrate mechanical components, optical systems, driving components and electronic control systems into a miniature system of an integral unit.

2019-12-05

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