Technology Overview

Mi-UV GraphPrInk is a next-generation, proprietary graphene-based conductive ink designed as a high-performance alternative to traditional metal-based conductive inks commonly used in the Electrical & Electronics (E&E) industry.

Engineered to meet the growing demand for more sustainable and flexible solutions, Mi-UV GraphPrInk enables the advancement of printed electronics, wearable technology, and flexible electronic devices.

Its innovative formulation harnesses the exceptional electrical conductivity of graphene, opening the door to lightweight, cost-effective, and scalable electronic applications for the future.

Mi-UV GraphPrInk is a UV-curable graphene ink enabling precise, flexible electronics with ultra-thin conductivity and up to 80% less metal usage for sustainable innovation.

Key Features

  • Exceptional Conductivity

    Engineered with graphene-based liquid that delivers conductivity on par with traditional metal-based inks without the heavy cost.

  • Inkjet-Ready

    Optimised for smooth inkjet printing, including Dimatix DMP series cartridges, with low viscosity (<15cP) for reliable, consistent performance.

  • Ultra-Thin Monolayer

    Formulated with monolayer graphene to ensure easy jetting and minimise print head clogging, enabling cleaner, more precise outputs.

  • Fully Customisable

    Flexible by design, formulations can be tailored to specific applications, performance needs, and material specs.

Technology Benefits

  • Cost-Efficient Innovation

    Achieve a maximum 80% reduction in metal usage without compromising conductivity. Our high conductance hybrid graphene technology supports our high jettability ink achieving lower material usage while maintaining performance.

  • Environmentally Sustainable

    Utilise the capabilities of carbon-based graphene, a more environmentally friendly option for the electrical and electronics industries. Intended for mass production with low harm to nature.

  • Adaptable & Future-Ready

    Mi-UV GraphPrInk supports custom functionalization, which allows for self-adaptation. Through proprietary chemical

A graphene-based conductive ink with water-based formulation as a substitute for metal-based conductive ink. It is fast-drying, eco-friendly and supports flexible printed electronics and wearable sensors and devices.

Application

  • Flexible & Wearable Electronics
  • Nanosensors & IoT Devices
  • Printed Circuitry & Interconnects
  • Smart Packaging & RFID
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