Carbonsilky: the revolution
Carbonsilky is a new patented technology that marks the beginning of a new era in the use of carbon fiber and composite materials for applications previously considered impractical. Unlike traditional methods, it is primarily composed of carbon fiber and high-performance structural polymers.
Its malleability makes this technology extremely versatile and adaptable across various industries, opening up a world of new possibilities.
characteristics
- Heat resistant up to 100 °C
- High abrasion resistance
- Autoclave-cured carbon at 160 °C
- Ultra-light: from 0.45 kg/m²
- Integrated high-strength carbon inserts
- Kevlar-reinforced inserts
- Ultra-flexible material with shape memory
- Aseptic and hygienic material
CarbonSilky is the innovative technology patented by Modenatech that is revolutionizing carbon fiber. Composed of carbon fiber and structural technopolymers, it is produced through an exclusive autoclave molding process that ensures a homogeneous and durable bond between materials. The result is a material with exceptional resistance to scratches, wear, and mechanical stress.
The true innovation lies in its ability to integrate both rigid and flexible elements within a single component, unlocking endless design possibilities. From the automotive industry to high-tech applications, CarbonSilky delivers superior performance and outstanding durability, from car bulkheads to protective masks, from technical leather goods to sports gear.
configurations
Soft
A completely aseptic and soft material, ideal for applications in the clothing and fashion industry. Potential uses include the creation of bags, backpacks, shirts, trousers, and shoes.
Strong
A material suitable for high-performance applications such as sportswear, ideal for areas that need to remain soft yet resistant and abrasion-proof in the event of a fall. It is also well-suited for use in bags and backpacks, particularly for reinforcing high-wear zones like the bottom panels, to ensure greater durability.
Flex
A material suitable for body components used in motorsports, designed not to break or deteriorate upon impact thanks to its shape memory properties.
Armored
This material can be used, for example, in sports protection equipment where it is necessary to combine carbon components with varying levels of resistance, starting from a soft type, merging it with a more rigid one, and finally reinforcing it with high-strength materials such as Kevlar.
