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Printed Electronics
High-performance, low-cost inks and pastes for the printed electronics industry.
We develop formulations for:
- Conductive metal (Cu, Ag, Ni, CuNi alloy and other metals and metal alloys)
- Dielectric applications
- Flexible circuits on polymer substrates
- Copper ink recognized with R&D 100 Award
- Formulated for non-contact printing
- Ideal for spray and aerosolized jet printing
- Designed for silicon water-based photovoltaic applications
- Low contact resistivity on silicon
- Forms highly uniform back surface field (BSF) layer
- Lead and cadmium free
- Suitable for drop on demand printing
- Prints highly conductive lines and patterns
- Used in the printed electronics industry
- Ag-IJ10 ink can be thermally sintered at low temperatures on PET and special papers
- For use in printing highly conductive lines and patterns
- Low-cost alternative to silver and gold-based inks
- Rapid cure at room temperature using photosintering
- Easy to integrate into high-volume production lines
- Formulations for various printing platforms, including ink jet, aerosol jet and screen printing
- For the printed electronics and solar industry
- Can be printed and sintered on silicon any polyamide
- Formulations for various printing platforms, including ink jet, aerosol jet and screen printing
- Available as ink or paste
- For use printing lines and patterns for printed resistors, strain gauges, thermopiles, and thermocouple applications
- Optimized for aerosol jet printing
- Can be printed and cured to form conductive patterns on silicon, ceramics, and Kapton
- Alloy particle size ranges from 20-40nm
- Available as ink or paste
- Formulated for non-contact printing
- Ideal for spray and aerosolized jet printing
- Designed for silicon water-based photovoltaic applications
- Low contact resistivity on silicon
- Forms highly uniform back surface field (BSF) layer
- Lead and cadmium free
- Suitable for drop on demand printing
- Prints highly conductive lines and patterns
- Used in the printed electronics industry
- Ag-IJ10 ink can be thermally sintered at low temperatures on PET and special papers
- For use in printing highly conductive lines and patterns
- Low-cost alternative to silver and gold-based inks
- Rapid cure at room temperature using photosintering
- Easy to integrate into high-volume production lines
- Formulations for various printing platforms, including ink jet, aerosol jet and screen printing
- For the printed electronics and solar industry
- Can be printed and sintered on silicon any polyamide
- Formulations for various printing platforms, including ink jet, aerosol jet and screen printing
- Available as ink or paste
- For use printing lines and patterns for printed resistors, strain gauges, thermopiles, and thermocouple applications
- Optimized for aerosol jet printing
- Can be printed and cured to form conductive patterns on silicon, ceramics, and Kapton
- Alloy particle size ranges from 20-40nm
- Available as ink or paste
Graphene Films + Foils
We offer carbon films and foils based on high-strength graphene. Free-standing foils are available made with 100% graphene or with carbon nanotube enhanced graphene (CNT + graphene mixture) for added strength and stiffness. These applications are used on critical components for machines used in medical imaging (such as PET scans).
Features:
- Long lifetime (exceeding 7,500 µA-hr)
- Custom sizes (up to 26cm diameter)
- Competitive pricing
- Electrical resistance
- Superior thermal conductivity
- Foil mounting options (bare foils, cut to size, mounted on frames)
- High mechanical strength
Ideal for:
- Stripper foil
- Radiation windows
- Gas-cell windows
- X-ray windows
- Ion-beam windows
- Thermal management applications
Isotope Targets
We have the ability to create incredibly thin target formats from rhenium, hafnium, tungsten, bismuth, chromium, and more with near 100% material efficiency of incorporating isotopes into the carbon matrix.
Works easily for:
- Metals
- Oxides
- Carbides
Benefits:
- Creating thin targets from otherwise difficult materials
- Very little waste of target material
- Deliver targets that incorporate nanoparticles of target materials in a carbon foil matrix
- Foils can be used as substrate for plating or depositing isotopes on the surface of foils
Sensors
Our methane and hydrogen gas sensors have adjustable sensitivity levels while our ion mobility technology can measure trace levels of volatile organic compounds (VOCs) in the air and other environments.
Our sensors:
- Methane and hydrogen gas sensors have sensitivity ranging from .1% to 100%
- Methane detector passed UL 1484 certification
Applications:
- Residential safety detector
- Fast response to methane and hydrogen
- Broad industrial monitoring applications
RESEARCH SERVICES
Edge out your competition with the small details that add up. We offer a total solution by providing not only the ink and paste materials, but also R&D prototyping services. We can inkjet and screen print our ink and paste materials on a variety of substrates for many applications. We provide thermal and photo-sintering capabilities.
Please use the contact form to reach out about your early-stage development needs.