Nanomaterials
Engineered nanofibers, nanoparticles and functionalized colloids that increase energy density, catalytic activity and coating performance.
Our nanomaterials portfolio includes conjugated polymeric nanofibers, semiconducting nanoparticles and metal-oxide nanoparticles engineered for tight size distribution and surface chemistry control. These building blocks improve electrode kinetics in batteries and supercapacitors, increase surface area and active sites for catalysts, and strengthen coatings and barrier layers. We supply lab-scale to pilot-scale batches with surface functionalization tailored to dispersion stability and process compatibility (slurries, inks, composite masterbatches). Quality controls include particle size distribution, zeta potential, BET surface area and impurity analysis.
Key features
- Controlled particle size & narrow distribution
- Surface functionalization for dispersion stability
- High surface area (BET) grades available
- Compatible with slurries, inks and masterbatches
- Scalable production with QC traceability
Precise real-world uses
- Nanoparticle-enhanced electrodes for EV batteries
- Catalytic supports for fuel generation and purification
- Durable, anti-corrosive and self-cleaning coatings
Technical highlights
- Particle size range: 5–500 nm (custom)
- BET surface area: 50–1200 m²/g (material dependent)
- Zeta potential and dispersion stability profiling included
Request the nanomaterials data sheet (includes particle analysis, dispersion recipes and handling notes).
Nanomaterials - Products
Miniature Circuits
Enables faster, smaller chips.
5G Antennas
High-frequency conductivity solutions.
Fuel Cells
Boosts clean energy output.
Water Membranes
Removes contaminants efficiently.
Targeted Drug Carriers
Precision medical delivery.
Catalytic Converters
Cleaner vehicle exhaust.
CO₂ Capture
Nano-filters for climate mitigation.
Thermal Films
Heat management in electronics.
Diagnostic Imaging
Enhances contrast for scans.