NovaCentrix launches platinum conductive ink for precision printed electronics

NovaCentrix on June 11, 2026 introduced Metalon JPT-710UA-P, an aqueous platinum nanoparticle aerosol ink designed for high-resolution printing with the IDS NanoJet system. The product targets biomedical, aerospace and high-temperature electronics applications with stronger conductivity, broad substrate compatibility and sample availability starting at 3 mL.

Why it matters: - NovaCentrix is targeting printed electronics that need both high conductivity and durability in demanding environments. - Metalon JPT-710UA-P is designed for applications that use fine traces, harsh conditions and mixed substrate types. - The product broadens options for biomedical, aerospace and extreme high-temperature electronics.

What happened: - NovaCentrix announced Metalon JPT-710UA-P on June 11, 2026. - The new material is an aqueous-based platinum nanoparticle aerosol ink. - The ink is engineered for precision printing with the IDS NanoJet system. - The product is designed for ultrasonic aerosol jet printing. - NovaCentrix CEO Charles Munson said the launch resulted from collaboration with technology partners.

The details: - Metalon JPT-710UA-P delivers electrical conductivity and durability across polyimide, glass, alumina and silicon substrates. - The ink achieves resistivity as low as 37 µΩ-cm under optimized thermal processing conditions. - Resistivity drops further as cure temperatures rise. - The formulation uses stable dispersion and controlled nanoparticle size of 50–80 nm. - The ink has a low viscosity of 2–5 cP. - The formulation is aqueous-based and non-flammable for safer handling and processing. - The ink is optimized for IDS NanoJet aerosol jet printing with ultrasonic atomization. - NovaCentrix says the product supports micron-scale trace printing on the IDS NanoJet Gen2 platform. - The company says optimized process parameters help deliver consistent results across production environments. - The ink is intended for printed sensors and biomedical devices. - The product also targets aerospace and defense electronics. - Other use cases include high-temperature circuit applications and research and advanced prototyping in printed electronics. - Standard sample sizes start at 3 mL. - Larger quantities are available upon request. - The product should be stored under refrigeration for optimal shelf life.

Between the lines: - NovaCentrix is pairing materials development with specific printing hardware, which can reduce integration friction for manufacturers. - The focus on platinum, fine-line printing and high-temperature performance points to higher-value applications rather than commodity electronics. - Compatibility with both flexible and rigid substrates gives the ink a wider potential manufacturing footprint.

What’s next: - Customers can request standard samples now. - Larger quantities are available for additional testing or production use. - Adoption will likely hinge on performance validation in the target industries and printing workflows.

The bottom line: - NovaCentrix is pushing a precision ink designed to meet tougher electrical, thermal and manufacturing requirements in next-generation printed electronics.