Printed electronics is normally categorized into three families:
- Conductors: constitute the biggest volume of a printed circuit (e.g. RFID)
- Semi-conductors: allow you to build logic in the printed circuit (transistors – switches, diodes etc.)
- Dielectrics: are there to boost the electric content to allow lower voltage applications and for certain components like capacitors
Copper Nanodispersion
Applications:
- Functional pigment for printed inks (downstream formulation required):
Printed conductive tracks, ultrafine screen features, flexible substrates - Printed components: fully printed PCBs, antennas etc.
Key selling points:
- Nano-copper (approximately 100 nm)
- Conductive metal
- Cost-effective alternative to silver
- Contains only Cu and an antioxidant
- Cost-effective process due to low CAPEX and OPEX costs
- Non-oxidised material, standard 50 or 65 wt% Cu available in a range of solvents
Silver Nanodispersion
Applications:
- Functional pigment for printed inks:
Printed conductive tracks, ultrafine screen features, flexible substrates - Printed components: fully printed PCBs, antennas etc.
Key selling points:
- Nano-silver (approximately 50 nm)
- Highly conductive metal
- Used for higher demanding applications
- Water based dispersion
Please contact us for sales enquiries
Barium Titanate Nanodispersion
Applications:
- Dielectric material
- Capacitors, dielectric for printed components (i.e. Thin Film
Transistors, diodes), piezoelectric material
Key selling points:
- Small primary particle size (less than 20 nm)
- High crystallinity
- Water based dispersion
Please contact us for sales enquiries
Nickel Nanodispersion
Applications:
- Used as a conductor or an electrode material (i.e. solar cells)
- Used for batteries (Nickel-Iron batteries)
Key selling points:
- Non-oxidised material
- Standard 25 wt% Ni available in water or ethanol
- High crystallinity
