By NovaCentrix
Water-based, silver nanoparticle flexographic ink PFI-722 is designed for printing at speeds > 45 m / min on both plastics and label paper. Cured films exhibit high electrical conductivity, low surface roughness, and good adhesion. PFI-722 is used in sensor, pharmaceutical packaging, flexible solar cell, antenna, and RFID applications. Technical Specs Pigment/Loading: Silver nanoparticles (50 – 100 nm) @ 60 % wt. Ag Vehicle: Aqueous-based Resistivity: 4.5 E-6 to 5E-6 ohm-cm Substrates: Plastics, Label paper Features: Designed for printing at speeds > 45 m / min on both plastics and label paper. Cured films exhibit high electrical conductivity, low surface roughness, and good adhesion. Suitable for sensor, pharmaceutical packaging, flexible solar cell, antenna, and RFID applications. Printing Tool: Laboratory-scale flexographic tools, roll-to-roll systems, and flexographic presses (print speeds > 45 m/min) Ink pH Adjustment: Required for optimal printing Cleaning Fluid: A solution of particle-free detergent and water Deposition: Flexo Vehicle: Aqueous-based Resistivity: 4.5 E-6 to 5E-6 ohm-cm Substrates: Plastics, Label paper Features: Designed for printing at speeds > 45 m / min on both plastics and label paper. Cured films exhibit high electrical conductivity, low surface roughness, and good adhesion. Suitable for sensor, pharmaceutical packaging, flexible solar cell, antenna, and RFID applications. Packaging (Small Amount): Packaging Type 55 mL Syringes Packaging (Large Amount): Packaging Type Nalgene Bottles Price per kg: 0.1 - 0.2 kg $3,500.00 per kg; 0.5 kg $3,192.00 per kg; 1.0 - 4.5 kg $2,550.00 per kg; 5.0 - 9.5 kg $2,450.00 per kg; 10 - 19 kg $2,400.00 per kg; 20 kg $2,350.00 per kg
next-generation aqueous-based platinum nanoparticle aerosol ink engineered for precision printing using the IDS NanoJet® system. Designed for demanding applications, Metalon® JPT-710UA-P delivers high-performance electrical conductivity, exceptional durability, and compatibility across a wide range of substrates—including polyimide, glass, alumina, and silicon—making it ideal for industries such as biomedical, aerospace, and extreme high-temperature electronics. Metalon® JPT-710UA-P is formulated to enable the production of fine, highly conductive traces using ultrasonic aerosol jet printing. The platinum nanoparticle ink provides excellent electrical performance after thermal processing, achieving progressively lower resistivity with higher cure temperatures—down to as low as 37 µΩ-cm under optimized conditions. With stable dispersion and controlled nanoparticle size (50–80 nm), the ink supports precise, repeatable deposition critical for next-generation electronics manufacturing. Key Features and Benefits - Aqueous-based, non-flammable formulation for safer handling and processing - High conductivity platinum nanoparticle system for robust electrical performance - Wide substrate compatibility, including flexible and rigid materials - Optimized for IDS NanoJet aerosol jet printing with ultrasonic atomization - Reliable performance in extreme environments, including high temperature and harsh conditions - Precision Printing for Complex Designs Engineered for use with the IDS NanoJet Gen2 platform, Metalon® JPT-710UA-P supports high-resolution printing of fine traces down to micron-scale widths. Its low viscosity (2–5 cP) enables smooth atomization and uniform deposition, while optimized process parameters ensure consistent results across production environments. Applications Metalon® JPT-710UA-P is ideal for: - Printed sensors and biomedical devices - Aerospace and defense electronics - High-temperature circuit applications - Research and advanced prototyping in printed electronics Availability Metalon® JPT-710UA-P is available in standard sample sizes starting at 3 mL, with larger quantities available upon request. For optimal shelf life, the product should be stored under refrigeration.
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Nanoaluminum Purity and Performance From defense and energy, to consumer electronics and health wearables, the applications for materials that incorporate nanopowders increases every day. Industry Standard With its tight size control, high purity, and excellent dispersibility, our 80nm powder is the standard for the Department of Defense (DoD) and Department of Energy (DoE). Their applications include high energy, mass density explosives, penetrating munitions, propellants, structural energetics, with Nano Reactive materials, and primers. Nanoaluminum Powder Performance Chosen for its high energy density, low ignition temperature, and abundance, aluminum powder is a popular fuel for energetic compounds. Nanoaluminum powder as a substitute for micron sized power can increase the reaction rate by up to 3 orders of magnitude. The Environment Nanoaluminum-based chemistries enable green energetics. The high reaction rate fuel allows use of a wider range of oxidizers, including those that are better for the environment, such as water and metal oxides – much less hazardous than traditional energetic compounds that use perchlorates, which release hydrochloric acid, or lead-based compounds that have long-lasting toxicity.
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Deposition: Inkjet Vehicle: Aqueous Resistivity: 7.8E-6 to 3.1E-5 ohm-cm Substrates: Coated papers, coated or uncoated plastics, and glass Features: Reflective silver ink for digital optical effects JS-A39S-R silver nanoparticle water-based inkjet ink is a reflective silver ink for digital optical effects. Suitable for Piezo (Samba, KM, others) and thermal (HP) and plastic and glass substrates. Technical Specs Pigment/Loading: Silver nanoparticles @ 30wt% Vehicle: Aqueous-based Resistivity: N/A Substrates: Coated papers, coated or uncoated plastics, and glass Features: Reflective silver ink for digital optical effects Print head: Piezo (Samba, KM, others) Thermal (HP) Additional information Weight: 4 lbs Dimensions: 8 × 8 × 8 in Amount: 50mL, 250mL, 500mL, 1000mL Packaging: Plastic Vial Print Head: Piezo (Samba, KM, others), Thermal (HP)
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