Graphene is an one-atom-thick like material which can be used in

various industries in a large potential scale in the near future.

And these industries includes electronics wafer, water purifiers,

screen displays, super-capacitors, car batteries, etc.

 Graphene Oxide is a single-atomic-layered material made from

nature graphite crystals, which are water soluble, inexpensive and abundant. It is dispersible in water, and as a result is easy to process. Most of all, it can be converted into graphene. Graphene Oxide is one of the first commercial graphene materials and one of the most popular products in the Graphene world market.

Technical Date as below,

Diameter: 1-5µm

Thickness:  0.8-1.2nm

Single layer ratio: ~99%

Purity: ~99%

II. Application areas of Graphene oxide

1. Transparent Conductive Films

One of the major areas where graphene oxide can be expected to be used is in the production of transparent conductive films. Graphene Oxide films can be deposited on essentially any substrate, and later converted into a conductor. Such coatings can be used in flexible electronics, solar cells, liquid crystal devices (editor: also OLED devices), chemical sensors, and as an indium tin-oxide (ITO) replacement. ITO is the current material of choice for touch screen devices.

2. Composites and Paper like Materials

Graphene Oxide mixes readily with many polymers, forming nanocomposites, and greatly enhances the properties of original polymer; this includes elastic modulus, tensile strength, electrical conductivity, and thermal stability. In its solid form, Graphene Oxide flakes tend to attach one to another, forming thin and extremely stable paper-like structures that can be folded, wrinkled, and stretched. Such free-standing Graphene Oxide films are considered for applications including hydrogen storage applications, ion conductors, and nanofiltration membranes.

3. Energy Related Materials

Graphene Oxide and its reduced forms have an extremely high surface area; because of this, these materials are considered are for usage as electrode material in batteries and double-layered capacitors, as well as fuel cells and solar cells[3]. Production of Graphene Oxide can be easily scaled up compared to other graphene materials, and therefore may soon be used for energy related purposes. Its ability to store hydrogen may, in the future, prove very useful for the storage of hydrogen fuel in hybrid cars.

4. Applications in Biology and Medicine

Graphene Oxide was found to be fluorescent, which opened a route for applications in bio-sensing, early disease detection, and even assisting in carrying cures for cancer. Graphene Oxide has been successfully used in fluorescent-based biosensors for the detection of DNA and proteins, with a promise of better diagnostics of HIV. Furthermore, Graphene Oxide is tested as a drug carrier. It is likely superior to many other anticancer drugs because it does not target healthy cells, only tumors, and has a low toxicity

5. Antibacterial Materials

The growth of E. Coli bacteria may be suppressed when disrupted by Graphene Oxide. Because production of Graphene Oxide is inexpensive, it may be mass produced when its applications come to market. When this happens, it will open many doors for developing antibacterial materials, and may assist in healing wounds by killing bacteria. These materials can be made into a thin paper used for packaging meats, which will prove more sanitary than current packaging methods

III  Graphene Oxide Supplier.

It is Royal Elite New Energy Technology (Shanghai) Co. Ltd that can produce Graphene Oxide product in a Lab scale and supply its customer with this material in a regularly way for their various purposes.