Carbon nanotubes and graphene have relatively strong conductivity and electrical resistance, so they can play a good role in the application of various materials and carriers of energy storage batteries, increasing the capacity of electrodes.
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Nano carbon materials can be used in biological imaging to improve current display methods based on X-rays and nuclear magnetic resonance. It also can very effectively inhibit and remove harmful substances, such as heavy metal ions, carcinogens and so on, so as to provide useful help for human health.
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Used in the aircraft industry as structural materials, electromagnetic shielding, transparency, anti-static, anti-lightning, anti-rain corrosion, deicing coatings, cable materials, etc. Graphene has also been used in aerospace thermal materials and aerospace sensors.
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Graphene is already being used in automobiles: Lightweight materials; High wear-resistant materials for automobiles; High thermal conductivity composite material; Anticorrosive coating material; Conductive functional materials for vehicles; Energy storage materials for electric vehicles.
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Graphene can be used for intelligent functions such as structural damage and stress-strain self-diagnosis of building materials.
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The engineered graphene acts like a sieve that quickly filters salt out of seawater, leaving only water molecules behind. The graphene sieve is so good that it can quickly complete the desalination process.
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