QS Graphene is made through a fluid exfoliation process and has the characteristic of a less surface functional group, low density, good thermal and electrical conductivity, lubrication and corrosion-resistant.
Thin lamella, 1-10 layers
Carbon content ＞97%
Graphene can be widely used in materials, like plastics, coatings, rubber, inks, special alloys, etc., and can significantly improve thermal and electrical conductivity, lubrication and thermal stability.
Our Bio-Graphene powder is produced from corn cob waste using a special process called GCA
(Patent No: ZL 2015 1 0096254.2).
There's no strong oxidation and chemical reduction process in the Bio-Graphene manufacturing process, which avoids environmental pollution, as there's no chemical residue from the production. And due to unique raw materials and production process, the Bio-Graphene not only has a two-dimensional lamellar structure but also retains the unique infrared enhancement properties of plant cells.
Our Bio-Graphene was initially developed to produced our range of Healfiber products, but like other graphene products, can be widely used in materials like plastic, coatings, rubber, inks, special alloys etc., and can significantly improve thermal and electrical conductivity, lubrication and thermal stability.
QS-EGS-003 & QS-BGS-004
Both our Graphene powders are available in a water-based solution and blended with stabilizers and dispersing auxiliary.
QS-EGS-003 ( 5% solution)
QS-BGS-004 (10% solution)
Waterborne coating systems which require mproved electrical and thermal conductivity, lubrication, thermal stability, and