Introducing GRAPHTOUGH™, an advanced materials technology that redefines heavy abrasion resistance. These graphene-integrated fabrics surpass military-grade gear, excelling in durability. From the Amazonas to the Arctic, GRAPHTOUGH™ fabrics endure extreme environments. With strategic graphene integration, GRAPHTOUGH™ fabrics form an impermeable barrier, delivering unrivaled resistance to abrasion. Tailored for demanding applications, they offer exceptional ruggedness and reliability. Experience the resilience and performance of GRAPHTOUGH™ fabrics. Conquer challenges with confidence, knowing you have the ultimate companion for exploring the toughest terrains.

Ultralight Performance with Graphene Integration. GRAPHAIR™ leverages onb graphene, a 2-dimensional material known for its exceptional strength and minimal weight. This cutting-edge technology delivers unparalleled lightweight comfort, providing a refreshing cooling touch and outstanding thermo-regulation that adapts to your body's temperature. The integration of graphene also imparts antibacterial and odor-neutralizing properties, ensuring optimal freshness. Ideal for anyone seeking ultralight high-performance products.

Advanced Warmth with Graphene Integration. GRAPHTHERMAL™ fabrics seamlessly incorporate graphene into various forms of high-performance textiles, creating an advanced thermal system designed to retain and radiate heat towards your body. Whether integrated into grid fleeces or other fabric structures, GRAPHTHERMAL™ excels in heat retention. The graphene-enhanced fabric efficiently traps and redistributes body heat, ensuring optimal warmth in cold environments.

Dynamic Thermal Regulation with Aerogel. We engineered W.A.I.™ to adapt dynamically to changing weather conditions, mimicking the behavior of a living organism. This revolutionary technology utilizes aerogel-filled tubes that expand and contract based on temperature fluctuations. Aerogel, a material composed of 99% air, is the lightest solid in the world and plays a crucial role in this innovation. In cold conditions, the air within the aerogel contracts, decreasing molecular motion and reducing the occupied space. This contraction creates tension in the tubes, inflating them and forming an additional insulating layer of air between you and the environment. Conversely, in warmer conditions, the air expands, deflating the tubes and reducing insulation, resulting in a less warm garment. This self-adjusting mechanism ensures optimal thermal comfort.