Graphene is a one-atom thick layer of carbon. It’s the building block of Graphite (the same stuff you have in your pencils). This wonder material is stronger than steel (tensile strength), harder than diamond, more conductive than copper and has better electron mobility than silicon. The scientists that discovered Graphene won the Nobel prize in Physics in 2010. We integrate graphene on high performance fabrics to develop cutting-edge clothing. Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom

Graphene is a one-atom thick layer of carbon. It’s the building block of Graphite (the same stuff you have in your pencils). This wonder material is stronger than steel (tensile strength), harder than diamond, more conductive than copper and has better electron mobility than silicon. The scientists that discovered Graphene won the Nobel prize in Physics in 2010. We integrate graphene on high performance fabrics to develop cutting-edge clothing. Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom

Graphene is a one-atom thick layer of carbon. It’s the building block of Graphite (the same stuff you have in your pencils). This wonder material is stronger than steel (tensile strength), harder than diamond, more conductive than copper and has better electron mobility than silicon. The scientists that discovered Graphene won the Nobel prize in Physics in 2010. We integrate graphene on high performance fabrics to develop cutting-edge clothing. Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom Graphene is a one-atom