We´re on a mission to propel mass adoption of Graphene by making it simple and easy to work with.
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Products and Services
Work With Us
We provide consultancy and collaboration opportunities to help you discover how your application could benefit from our graphene.
Transfer Services
We offer transfer services to various substrates, including capabilities for wafer-scale vacuum bonding transfer in an ISO 7 cleanroom environment for up to 8 inch wafers.
What is Graphene?
From Graphite to Graphene
Graphene is a 2D nanomaterial made of pure and earth-abundant carbon. It is a 1-atom thick sheet of carbon atoms arranged in a hexagonal lattice. Stacking many graphene layers together gives us graphite.
'Wonder Material'
Graphene is referred to as a ‘wonder material’ due to its extraordinary combination of properties that set it apart from other materials.
Simplifying Graphene Integration
At 2D, we’ve transformed the way graphene is integrated into applications — making it simple, eco-friendly, and scalable.
Graphene-on-Sticker Technology— graphene in an easy-to-use format that eliminates the need for complicated handling, harsh chemicals, and time-consuming steps.
This streamlined, user-friendly process is:
Faster — saves days of manual work
Eco-friendly — no need for harsh chemical etching
Scalable — ideal for industrial and commercial use
By removing the traditional barriers to working with graphene, 2D is making it accessible for groundbreaking innovation across industries.
Cut
Purchase graphene-on-sticker sheets and cut them to the desired size and shape.
Paste
Laminate the cut piece onto your application surface.
Peel
Rinse the laminated surface in water to dissolve away the plastic coating, leaving the surface coated with the graphene.
Ready to Use
Why Choose Graphene?
Graphene’s unique structure gives it an extraordinary set of properties, making it a material of immense potential.
Strongest Material Discovered
Graphene is the strongest material discovered to date, with a tensile strength over 200 times greater than steel. Despite its incredible strength, it is extremely lightweight thanks to being carbon-based and thin.
Durable & Lightweight
Its strength and lightweight properties makes it an ideal choice for aerospace and automotive applications which require strong, lightweight materials.
Electrical Conductivity
Graphene has among the highest electrical and thermal conductivities of known materials. Its unique electrical properties allows for the rapid flow of electrons, making it a superior material for advanced electronics.
Thermal Conductivity
Simultaneously, its exceptional thermal conductivity enables efficient heat dissipation, critical for thermal management of next-generation devices.
Ultrathin
Being just one atom thick, graphene is the world’s thinnest material – the first “2D” material to be discovered.
It finds uses in applications needing an ultrathin material that is strong, electrically/thermally conductive, and optically transparent.
Transparent
Given its thinness, it is both highly transparent and strongly light-absorbing: it absorbs 3% of visible light – remarkable for a material just 1 atom thick – yet transmits the remaining 97%, making it optically transparent.
Stretchable
Graphene’s atomic structure and thinness allows it to be bent, folded, and flexed without breaking. It can stretch up to 20% of its original length while maintaining its integrity.
Flexible
This exceptional flexibility finds uses in applications requiring flexible or stretchable materials, such as flexible electronics and wearable technology.
Impermeable Barrier
Graphene is completely impermeable to all atoms except protons, meaning no gases or liquids can pass through it.This makes it an ideal ultrathin barrier material.
Thermal & Chemical Resistance
It is also resistant to high temperatures and harsh chemical environments. These properties make it an ideal protective material in thermally and chemically demanding environments, and for creating advanced filtration membranes and protective coatings.
Biocompatible
Being made of pure and highly stable carbon, graphene is non-toxic and compatible with biological environments. In fact, Graphene has even been used as a support material for growing tissue cultures.
Sustainable
These properties make it uniquely suited as a sustainable material of the future, with several applications in medicine, biological sensing, and sustainable packaging.
Applications of Graphene
With its unique suite of properties, Graphene is uniquely positioned to disrupt virtually every industry by 2050, from climate-tech to electronics, defense, health, or space.
Collaborate with Us
Curious on how our graphene can be of use to you?
Collaborate with us as we help you discover how to benefit from this wonder material.