High Purity Single And Multi Layer Graphene Powder, 99%

Definition of graphene
Graphene Graphene Graphene consists of a single-layer atom made up carbon and binds with a hexagonal honeycomb network. It is an alotrope form of carbon. Graphite can also be made by stacking layers of graphene together.
Graphene strength materials This material is 100 times stronger than steel that's the same height.

Graphene discovery Graphene was discovered by Andre Geim in 2004. Konstantin Novoselov and Geim separated graphene from the original, then studied it at Manchester. Novoselov and Heim were awarded the Nobel Prize in Physics in Physics in Physics in 2010, for their pioneering experiment on graphene in both dimensions.

How is graphene different from graphite.
No. Graphite could be called an allotrope. It has many carbon sheets. Graphene is composed of one carbon-sheet.

One-layer graphene has the characteristic two-dimensional structure typical for a carbonaceous material. Graphene is a material with excellent electrical, thermal and mechanical properties.

Our Company manufactured single-layer graphene at 500 1200m2/g.

single layer graphene
single layer graphene Purity: >99.3wt%
single layer graphene single layer ratio: 97%
One-layer graphene Thickness: 0.55 nm to 1 nm
single layer graphene Diameter: 1mm - 12mm
One-layer graphene Specific Surface Area 500-1200m2/g
single layer graphene Color: Black
single layer graphene Conductivity: 1000-1500 S/M
One-layer graphene, Product COA C=99.6% O0.4%

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Graphene can be described as a new material. It is composed of carbon-atoms connected by SP2 tightly packed within a monolayer 2-dimensional honeycomb lactice. This graphene-based material is very good in terms of optical, mechanical, as well as electrical properties. You can use it for materials science, biomedical research, and drug delivery.

What does single layer graphene refer to?
Graphene consists only of a single, or monolayer, carbon atoms bound tightly in a hexagonal honeycomb lattice. The graphene is an alotrope, which is made up of a monolayer (or single-layer) of sp2-bonded sp2-bonded molecule with a molecular size of 0.142 nanometres. Two-dimensional graphene made from carbon atoms packed within a benzene structure. This hexagonal honeycomb shape is available.

What's a few-layer graphene?
Two-dimensional carbon material graphene (few Layers) consists of 3-10 layers of carbon carbon atoms, which are then stacked into a benzene ring structure. hexagonal honeycomb structure) in different stacking ways (including ABC stacking, ABA stacking, etc. ).

Multi-layer graphene
Multilayer graphene is also called multilayer graphene. This type of 2-dimensional carbon material has a benzene rings structure (hexagonal Honeycomb) and includes carbon atoms. The atoms of this material are stacked carefully and frequently using various stacking methods (ABC stacking or ABAStacking). ).
Single-layer graphene is a highly-performance material. This material can replace outdated technologies, and it is useful for many industries. Graphene has a light weight but is durable and strong. Many applications exist for graphene. These include small circuits which can be used to power sockets, or even medical devices. Many industry experts have used graphene to enhance the safety and efficiency in various devices because of its flexibility. One-layer graphene was found to be extremely reliable, and also cost-effective and efficient.
You can buy single-layer graphene in either dispersed and powder forms from the ACS materials. To produce single-layer graphene, a combination of heat treatment with hydrogen reduction is employed. The monolayer graphene pellets were made using both mechanical and our own dispersion techniques. They are non-metal ions free and can be used for conductive agents to improve the battery’s high charge rate. For making batteries, single-layer graphene films, supercapacitors and dispersants are used.

Graphene for sale:
Reliable global single and multi-layer graphene supplier. To learn more about raphene costs, you can contact us.

The thin carbon atoms that make up graphene layer are arranged in a honeycomb-shaped hexagon. The chemical vapor deposit films are polycrystalline. Multiple small graphene domains can grow into films that merge together to create a single one. Because heterostructures are more likely to be formed from graphene with a single layer, you can use fewer layers to make them.

Graphene manufacturing
There are three main methods of producing graphene powder: mechanical stripping and REDOX.
Hummer's method is the best for making dispersible monolayer Graphene. Common ways of making graphene can result in a denser material that's more likely to make aggregates. Insoluble in water, and in other polar solvents, graphene formed in clumps will not dissolve in any liquid. This makes it difficult to disperse, making further treatment more challenging. This problem can be solved by dispersible graphene. This can be used in many other solvents.

Single-Layer and Multi-Layer Graphene uses .
With mass production now possible, industrialized graphene manufacturing is quickly growing. It also solves large-scale problems. According to research, graphene is most likely to be used commercially in the areas of mobile devices and aviation. Graphene nanomaterials are able to be used for energy storage, production and maintenance. They have exceptional electronic, optical, and mechanical qualities. This nanomaterial is used for basic research, transmission photovoltaic (Battery) devices and other areas. You can use them as photodetectors, sensors and electronic devices in aerospace and other fields.
Research and development of graphene continue to heat up. The manufacture of silicon devices and transparent displays screens using graphene, or graphene-related material, is a common use for graphene. Because graphene is so versatile and has many applications, there have been many breakthroughs. Diverse fields experiment with different methods of making high-quality graphene from large areas. To reduce costs, graphene production is continuously improving. Graphene's exceptional properties allow it to be widely used and even industrialized.

Storage Conditions for Graphene Powder:
A damp reunion can affect graphene's dispersion and impact its usage. It is therefore important to keep graphene stored in plastic bags in cool, dry areas. Avoid stressing graphene dust.

Packaging and shipping of graphene Powder
Different packaging options are available depending upon the amount of graphene.
Vacuum packaging of graphene powder. 100g-500g. 1kg/bag, 25kg/barrel. Other options available upon request
Shipment of graphene powder by sea, air, or express.


Nanotechnology Co. Ltd., an international trusted supplier and manufacturer high-quality chemical substances, is known for its 12 year-long experience in Nanomaterials, such as Boride, Nitride, graphite or sulfide.
We are available to answer your questions about high-quality graphene. (brad@ihpa.net)