2D Materials
Our hero-grade monolayer and few-layer 2D materials deliver low-defect films and devices, ensuring superior performance in advanced applications.
We produce monolayer and few-layer 2D materials — graphene, MXenes and transition-metal dichalcogenides (TMDs) — in formats suitable for coating, transfer printing and composite integration. Our production emphasizes consistent flake size, low defect density and controlled surface chemistry to enable high conductivity, transparency and mechanical robustness. Typical uses include transparent conductive films, electrodes, heterostructures and high-sensitivity sensors. Materials are supplied as dispersions, coatings and transfer sheets with application notes for CVD, solution-processing and lamination.
Key features
- Monolayer / few-layer control with low defects
- Tuned flake size and aspect ratios
- High conductivity and optical transparency options
- Compatible with transfer, coating and composite routes
- QC: Raman mapping, XPS, AFM and sheet resistance checks
Precise real-world uses
- Transparent touchscreens and displays
- Conductive coatings for EMI shielding
- High-sensitivity chemical and biosensors
Technical highlights
- Sheet resistance (graphene films): 10–200 Ω/sq (processing dependent)
- Flake lateral size: 0.5–20 µm typical
- Characterisation: Raman I(D)/I(G), XPS surface chemistry report
Download 2D materials datasheet (characterization results, transfer/dispersion recipes).
2D Materials (Graphene, MXenes) - Material Applications
Transparent touch displays
Ultra-thin graphene films provide conductive, see-through layers for phones and tablets.
Laptop EMI shielding
2D material coatings stop electronic interference inside laptops and Wi-Fi routers.
Flexible antennas
Thin, bendable 2D films make compact antennas inside wearable devices and smart tags.
High-sensitivity gas sensors
2D flakes in small devices detect cooking gas leaks or pollution at low concentrations.
Thermal spreaders for phones
Graphene layers rapidly move heat away from hotspots so devices run cooler.
Scratch-proof coatings for watches
Atomically thin layers add toughness to smartwatch screens without bulk.
Water-repellent textile finishes
2D coatings on fabrics make jackets and shoes shed water while remaining breathable.
Flexible printed circuit traces
Replace metal traces with thin 2D-material inks for bendable electronics.
Lightweight sports gear inserts
Small 2D-reinforced composite inserts improve strength in rackets and protective pads.
Frequently Asked Questions (FAQ):-
2D materials are ultra-thin sheets of atoms, only one or a few layers thick, with unique electrical, mechanical, thermal and optical properties.
We specialize in monolayer and few-layer 2D materials like Graphene, MXenes, Transition Metal Dichalcogenides (TMDs).
Yes, we provide powder, sheet and dispersion formats with properties tailored for research, industrial and commercial applications.
Yes, they are used for drug delivery, bioimaging, antibacterial coatings and biosensors.
Yes, they are highly efficient, use minimal material and improve energy efficiency. Safe disposal of nanoscale powders should still be considered.