Graphene Inside
Graphenano Composites is a global pioneer in incorporating graphene into traditional composites, achieving substantial improvements and unique benefits in their properties.
Advantages of graphene composites:
Elongation
Hardness
Strength
Elasticity
Lightness
Thermal and electrical conductivity
Increased impermeability
Bacteriostatic effect
Competitive Advantages
The incorporation of graphene into composites brings significant improvements to their properties and enhances the efficiency of the applications that utilise them.
This provides a series of competitive advantages to companies that invest in Graphenano Composites products, in terms of:
Reduction of raw materials
Raw materials are reduced by 40%-60% to achieve the same average characteristic performance (depending on the material).
Use of more economical resins
Possibility of using polyester resins with carbon and glass fibres. Comparative advantage over competitors. Fewer raw materials and, moreover, cheaper.
Reduction of waste
Thanks to graphene’s conductivity, thermal production processes (Isothermal) are improved.
Removal of hydrolysis
As well as all the issues that arise from it.
New fields of application
Composites used in medicine, dental health, naval industry, etc.
Product quality
Superior to any other traditional composite available on the market.
Eco-friendly
More eco-friendly and respectful of the environment. They reduce the use of materials, mostly petroleum-based, by up to 60%.
Versatility
The unique properties of graphene expand the application fields of composites.
Graphene by Graphenano
Graphene, a cutting-edge nanotechnology material, is one of the allotropes in which carbon can be found, alongside graphite and diamond, and is therefore highly abundant in nature.
Graphene is one of the most extensively researched materials today due to its incredible mechanical, optical, and electrical properties, as well as the numerous enhancements it brings to the materials that contain it.
Among its key properties, it stands out as the strongest material known, approximately 200 times harder than structural steel of the same thickness, yet as lightweight as carbon fibre and even more flexible. In addition to greater flexibility, graphene provides high elasticity to materials, reducing the likelihood of them breaking.
Graphene is impermeable and, unlike most water-repellent surfaces, is an excellent thermal and electrical conductor, outperforming copper, diamond, and silver. Additionally, graphene acts effectively as an antibacterial agent, preventing the growth of bacteria and mould.
All these enhancements lead to increased durability of graphene-based materials and a reduction in both raw materials and final costs, while also promoting environmental improvements through its use in specific technologies.
