Graphenano Composites is a world pioneer in incorporating graphene in traditional composites, thus achieving substantial improvements and unique benefits in their properties.
Graphene inside
Stretching
Hardness
Strength
Elasticity
Lightness
Heat and electrical conductivity
Impermeability
bacteriostatic effect
COMPETITIVE ADVANTAGES
The incorporation of graphene in composites gives great improvements in their properties and makes the applications in which they are used more efficient. This gives a series of competitive advantages to the companies that use Graphenano Composites products regarding:
REDUCTION OF RAW MATERIALS
Raw materials are reduced by between 40% and 60% to give the same average performance (depending on the material).
USE OF MORE ECONOMICAL RESINS
Possibility of using polyester resins with carbon and glass fibres. Comparative advantage over competitors. Less quantity of raw materials and also cheaper ones.
MINIMISING OF DEPLETIONS
Thanks to the conductivity of graphene, the thermal production processes are improved (Isoterma).
ELIMINATION OF HYDROLYSIS
And all the problems it causes.
NEW FIELDS OF APPLICATION
Composites applied in medicine, dental health, naval industry, etc.
PRODUCT QUALITY
Greater than any other traditional composite on the market.
ENVIRONMENT-FRIENDLY
More ecological and environment-friendly. Reduces the use of raw materials – most of them derived from petroleum – by up to 60%.
VERSATILITY
Graphene’s exclusive properties extend the fields of application for composites.
Graphene, a last generation nanotechnological material, is one of the allotropic forms in which carbon can be found, just as graphite or diamond, and therefore, it is abundant in nature.
Graphene is one of the most investigated nanomaterials at the moment, due to the incredible mechanical, optical and electrical properties that it presents itself, as well as the many improvements it provides to other materials.
It is the most resistant material known, about 200 times harder than structural steel with the same thickness, and at the same time, is as light as carbon fiber and even more flexible than this, among its main properties. In addition to greater flexibility, graphene provides a high elasticity to materials and less chance of breakage.
Graphene is waterproof and, unlike most water-resistant surfaces, is a great thermal and electrical conductor, better than copper, diamond and silver. In turn, graphene effectively acts as an antibacterial agent, preventing the growth of bacteria and mold.
All these improvements mean an increase in the durability of graphene materials and a reduction of both raw material and final costs, as well as promoting improvements in the environment thanks to its use in specific technologies.