Inventory of the Ten Best Uses of "Magical Material" Graphene!
Article author
小编
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Release time
2024-12-25
Belonging column
Company News
Graphene is known as a "miracle material" due to its excellent properties such as high electrical conductivity, high thermal conductivity, and high strength. It has the potential to revolutionize numerous applications including light bulbs, chips, batteries, touch screens, as well as smartphones and new energy vehicles. The fields where graphene can be applied are countless. Below, we explore various uses of graphene!
Graphene Integrated Circuits
Due to graphene's ultra-strong transmission performance and excellent thermal conductivity, it is considered a material to replace silicon. Graphene is expected to become the next-generation circuit board material. As early as 2011, a foreign team developed a state-of-the-art "graphene transistor" and integrated it into new electronic circuits for experimentation. A few years later in 2016, Chinese scientific teams developed the world's first "low-noise amplifier monolithic integrated circuit," filling a technological gap.
Graphene Batteries
In battery production, graphene is the premier high-end material for electrodes. It can also serve as a conductive "additive" in electrodes to enhance battery efficiency. Batteries incorporating graphene generally show improved overall performance. Traditional batteries have long struggled with charging time and efficiency limitations due to inherent issues with lead-acid and lithium-ion technologies. New graphene batteries break through these constraints. At auto shows, car companies have introduced graphene lithium titanate batteries capable of rapid flash charging in 15-20 minutes. These graphene batteries can withstand over 50,000 charge-discharge cycles. Hybrid vehicles using graphene batteries typically achieve ranges around 900 kilometers!
