Graphite blocks can

Graphite is also widely used as a high-energy material. There is a website called Graphene China Network

There are more daily necessities, such as Zwilling cutterheads, various sealed cups, and sealed storage tanks, all of which are made of graphene materials.

I know that a graphene is relatively small in size, only close to metal, it can be used for elevator pedals, but it can only be used on thin metal shelves

It's ok, price matters. The following graphite can be made, generally it is the frame of the car wheel hub, the thickness of the frame is less than 1mm

That depends on what material it is.Ordinary resin can't do it either.

High hardness is not necessarily durable, such as glass

What I want to know is how much difference is there in the quality of those things in the product.With batteries, it is estimated that this thing does not have hundreds of millions. Is it possible?

It can be used as a part of metal. The most important thing is that you can make resin. Of course, the quality of graphene will be much worse than that of glass.

Graphite materials are different from metals. Basically, everything you see is made of plastic or pure resin, so there is nothing to make graphene.

No, the required volume is smaller than graphene.

It is recommended to study highly conductive graphene. Graphene has many excellent properties such as electrical conductivity, thermal conductivity, and electrical and thermal conductivity, and it also has functions such as insulation. NASA claims that it can perform electronic resonance between single atoms and enhance the electrical conductivity of solar cells. In addition, graphene also has a double atomic layer structure, which reduces the corresponding energy loss.

Carbon can take a taxi

Considering the cost, of course, graphene is a single layer, and metal is not a concept. But can we study in one step how to make graphene-polymer nanocrystals?