Graphene anti-corrosion coating, open graphene application of the next air port

Where's graphene's next air port? Answer: Graphene anti-corrosion coating 200 billion market Blue Sea waiting for us to open
graphene is the lightest, thinnest, strongest, conductive and thermally best nano-scale anti-corrosion new materials found so far, can improve the performance of raw materials in many applications, known as 'black gold', is the 'king of new materials'. Scientists have even predicted that graphene will 'revolutionise the 21st century', potentially sparking a revolution in disruptive new technologies and industries sweeping the globe.
The advent of graphene anti-corrosion coatings by the industry called one of the major discoveries of the 20th century, but also obtained more and more customer attention, the country in the new heavy anti-corrosion coatings are also gradually improving the attention, anti-corrosion performance is also better
China

, anti-corrosion coatings have always been one of the important branches of coatings, in industrial production is widely used. In the national economic production, the use of a large number of metal products make equipment anti-corrosion requirements are very high, anti-corrosion coating market demand shows a continuous upward trend. But statistics show that the global economic losses caused by corrosion each year amount to trillions of dollars, far more than the economic losses caused by supernatural disasters.
graphene anti-corrosion coating research and development is based on graphene raw materials developed over the years. Graphene is also considered a "single layer of graphite" as a single-layer, two-dimensional plane structure in which SP2 orbital hybridized carbon atoms are tightly arranged into honeycomb lattic lattic in a positive hexagon. Graphene nano-sheets can significantly improve the salt spray resistance of epoxy resin coating, in the 20wt%Zn powder epoxy coating, only 1wt% graphene anti-corrosion coating can increase its salt spray resistance from 48h to 25 00 h, indicating that graphene can greatly improve the corrosion resistance of epoxy resin, and is expected to be used as a new corrosion inhibitor to reduce the zinc content in traditional zinc-rich primer (zinc powder solid content of about 80wt), improve the bonding force and density of the resin.
third-party data have showed that graphene anti-corrosion coatings under the same conditions are several times more resistant to corrosion than the current general anti-corrosion coatings, and the anti-corrosion time is more than 1000 hours higher. To sum up, graphene has the advantages of large surface area, good conductivity, strong chemical stability, strong electrical performance and excellent thermal conductivity, once it comes out, it has attracted wide attention from all over the world. At this stage, China has initially formed graphene industrial production. Graphene applications are very broad, coatings are currently an important part of graphene in many applications. With a variety of superior performance, graphene anti-corrosion coatings, flame retardant coatings, thermal conductive coatings and high-strength coatings have a very far-reaching application prospects.
Zhuhai Polycarbon Composites Co., Ltd. has fully mastered the technology of graphene anti-corrosion coatings, using graphene good conductivity and chip-like joining characteristics, graphene into zinc primer, and zinc powder to form a good conductive network, Thus, the breakthrough realized that under low zinc conditions still has excellent cathode protection and anti-corrosion performance, has become China's independent research and development of new scientific and technological products, product performance exceeds the world's highest standards of marine heavy anti-corrosion system, can save 36,000 tons of zinc powder resources per year.
At present, graphene heavy anti-corrosion coatings have carried out a number of demonstration projects in military projects, shipbuilding and high-end container coating is gradually being used in bulk, there are a large number of marine engineering projects and polycarbon compounds have reached an intention to cooperate.