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FROM QUANTUM MATERIALS TO FUNCTIONAL DEVICES
FROM QUANTUM MATERIALS TO FUNCTIONAL DEVICES
Ligand-free quantum materials for advanced printed electronics, sensing, memory and future computing systems
Build next-generation sensors, memory devices, photonic systems and volumetric computing architectures with precision-engineered nanomaterial inks. Our inks are formulated from ligand-free nanoparticles, nanotubes and nanosheets, preserving intrinsic material performance while enabling advanced manufacturing via inkjet, aerosol jet and electrohydrodynamic printing. They support applications from rapid prototyping to pilot-scale device development.
WHY CHOOSE OUR INKS
WHY CHOOSE OUR INKS
LIGAND-FREE PERFORMANCE
Conventional nanoparticle inks often rely on insulating organic ligands that limit electrical performance. Our inks minimise surface contamination and maximise material functionality.
MODULAR MATERIAL PLATFORM
Available materials include:
Silicene carbide nanotubes
Silicene carbide nanospheres
Gold nanoparticles
Pt nanoparticles
Pd nanoparticles
Niobium oxide nanoparticles
Zincene oxide nanosheets
Magnetene nanosheets
Magnesium oxide nanoparticles
Calcium oxide nanoparticles
DESIGNED FOR ADVANCED ELECTRONICS
Applications include:
Gas sensors
Photodetectors
Resistive memory
Neuromorphic devices
AI accelerators
3D printed electronics
Advanced semiconductor research
PRINTING OPTIMISED
Compatible with:
Inkjet printing
Aerosol jet printing
Electrohydrodynamic printing
Direct ink writing
PRODUCT PORTFOLIO
PRODUCT PORTFOLIO
SEMICONDUCTOR INKS
SEMICONDUCTOR INKS
Silicene Carbide Nanotube Ink
Direct bandgap, tuneable p- and n-type
High aspect ratio conductive pathways
Optimised for nanoscale logic and photodetectors
Silicene Carbide Nanosphere Ink
Uniform nanoparticle distribution
Controlled bandgap behaviour
Stable dispersions for printed electronics
DIELECTRIC INKS
DIELECTRIC INKS
MgO / CaO Ink
High electrical isolation
Low additive content
Compatible with multilayer 3D stacks
CONDUCTIVE INK
CONDUCTIVE INK
Gold Nanoparticle Ink
High conductivity
Fine feature resolution
Low-temperature processing for sensitive substrates
FUNCTIONAL OXIDE INKS
FUNCTIONAL OXIDE INKS
Zincene, Magnetene, NbOx Ink
Supports memory, sensing, optics, and magnetic functionality
Suitable for photonic and neuromorphic applications
PRICING
PRICING
Research Tier – Starting from £495 per ink
Ideal for universities and early-stage feasibility studies. Includes 10 mL of precision formulation, technical datasheet, printing recommendations and standard support.
Development Tier – Starting from £2,950 per formulation
Designed for startups and industrial R&D. Includes 100 mL production batch, process optimisation guidance, formulation customisation and technical consultation.
Enterprise Tier – Starting from £25,000 per programme
For semiconductor companies and advanced manufacturing teams. Includes multi-litre production, custom formulation development, device architecture support, process transfer assistance, priority technical support and dedicated account management.
Foundry Partnership Programme – Custom quotation
Exclusive material development, joint IP programmes, manufacturing scale-up, device co-development and long-term supply agreements. Contact our team to discuss opportunities.
TECHNICAL SUPPORT
TECHNICAL SUPPORT
Clients receive access to our materials engineering team for guidance on:
Ink selection
Printing parameters
Substrate compatibility
Post-processing conditions
Device architecture development
From first prototype to production deployment, our inks provide a complete platform for advanced printed electronics.
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