Copper substrate graphene (WJCS/F) is a graphene film with single-layer, double-layer and few-layer (3-5layers, 6-8layers, 10/20/30layers) prepared by chemical vapor deposition process with high quality copper foil as the substrate to grow graphene on the surface of copper foil.

Single-side grown copper substrate graphene (WJCOS/F) is a product that uses a special production process to grow graphene on only one side of the copper foil, and we can provide single-layer graphene film,double-layer graphene film and few-layer graphene film.

"Soak—and-take" Graphene (WJCDS/F) is made of a protective film spin-coated on the substrate graphene and then transferred to deionized water, where the etchant is rinsed and ready for use.

Self-transferring nickel foam graphene (WJSN) is a three-dimensional graphene product that retains the spatial structure of nickel foam.Customers can release it in deionized water and then transfer it to the target substrate to form a foam-like graphene structure.Product size can be customized upon request

Silicon oxide wafer substrate Graphene is prepared by transferring graphene to the surface of any type of silicon  oxide wafer.Single-layer graphene films, double-layer graphene films and few-layer graphene films are available.Film size can be customized upon request.

Silicon substrate graphene is prepared by transferring graphene to the surface of any type of silicon wafer.Provide single-layer graphene films, double-layer graphene films and few-layer graphene films.Film size can be customized upon request.

Trivial Transfer Graphene (WJSSA/F) is obtained by etching away the copper substrate, which is based on CVD Graphene on Copper, Pretreated with PMMA.The graphene/protective layer film is then transferred to the prepared "overhanging substrate".Receiving the product,customer can simply release it gently in deionized water to obtain.The Graphene that can be directly transferred to any substrate.

 Nickel Foam substrate Graphene (WJN) is a graphene product with a 3D three-dimensional structure prepared by a chemical vapor deposition process using nickel foam as a substrate.It can be used for electrochemical experiments as Electrode materials, also sensors, electrochemical capacitors, etc.Product size can be customized upon request.

Quartz Substrate Graphene (WJQS/F) is is prepared by transferring graphene to the surface of any type of quartz sheet.Single-layer graphene films, double-layer graphene films and few-layer graphene films are available.Size can be customized upon request.

PET substrate Graphene is prepared by transferring graphene to any type of PET film.Single-layer graphene films, double-layer graphene films and few-layer graphene films are available.Size can be customized upon request.

Sapphire Substrate Graphene (WJSAS/F) is is prepared by transferring graphene to the surface of any type of Sapphire Substrate.Single-layer graphene films, double-layer graphene films and few-layer graphene films are available.Size can be customized upon request.

PMMA solution (WJPMMA) is made of high purity PMMA and high boiling point environment-friendly solvent through a unique process.
It has stable properties, high transparency, green and environmental protection, and is mainly used in two-dimensional material transfer.

High quality copper foil (WJCF) is a special copper foil mainly used for the production of two-dimensional materials with high purity, light and uniform texture and smooth surface. Product size can be customized according to customer requirements.

High quality PET(WJPET) is made of high quality high temperature resistant polyester material, which is high toughness, puncture resistance, friction resistance, high and low temperature resistance, and chemical resistance. It is mainly used in two-dimensional material transfer, with different hardnesses on the front and back side, which can be used according to actual needs.

Single-side grown copper substrate graphene (WJCOS/F) is a product that uses a special production process to grow graphene on only one side of the copper foil, and can provide single-layer graphene film \ double-layer graphene film and few-layer graphene film.