We can know that graphene material has excellent electrical and thermal conductivity, so it is more suitable for making transparent touch screens, light panels, and even solar cells. Let's take a look at the possible uses of graphene materials with Viogn Materials Technology. Wide range of uses.

1. Build the next generation of supercomputers. Graphene is the material with the best electrical conductivity known so far. This property is especially suitable for high-frequency circuits. Graphene will be a substitute for silicon and can be used to produce future supercomputers, making computers run faster and consume less energy. .

2. Cables for the manufacture of "space elevators". Scientists imagine that in the future, space satellites will be connected to the ground by cables. At that time, satellites will become wired kites. Now scientists have finally found a special material that can make such space cables, which is graphene.

3. Manufacture of medical disinfectants and food packaging. Chinese researchers have found that bacterial cells cannot grow on graphene, while human cells are not damaged. This property of graphene can be used to make bandages, food packaging, antibacterial clothing, bedding, etc.

4. Create "new super-strong materials". Graphene and plastic composite, can rely on toughness, both ultra-thin, ultra-soft and ultra-light characteristics, is the next generation of new plastics.

5. Graphene is suitable for making transparent touch screens and light-transmitting panels.

6. It can be used as liquid crystal display material. Graphene is a "transparent" conductor that can be used to replace current liquid crystal display materials for the production of displays for next-generation computers, TVs, and mobile phones.

7. Manufacture of a new generation of solar cells. Graphene transparent conductive film has high transparency for all infrared rays, including mid- and far-infrared rays, and is the most ideal material for a new generation of solar cells with very high conversion efficiency.

8. Manufacture of photonic sensors. Last October, an IBM research team demonstrated their graphene photodetector for the first time.

9. Manufacture of transistor integrated circuits. Graphene can replace silicon as the basic material for next-generation ultra-high-frequency transistors, and is widely used in high-performance integrated circuits and new nanoelectronic devices.

10. Create paper-thin ultra-light aircraft materials, create ultra-tough body armor, and have military uses.

11. Antibacterial additives can be widely used in textiles, water-based coatings, sewage treatment, furniture surface treatment, hand sanitizer, laundry detergent and other cleaning products.