Batteries Powered by Gii

Built for the Future of Battery Scalability

Gii has the potential to provide a breakthrough in printed battery materials, delivering high-performance and reproducible electrodes that drop straight into existing carbon ink processes.

Download the Datasheet

Overview

A New Class of Printable Battery Electrode

Designed for screen-printed, inkjet and roll-to-roll formats, Gii powered batteries are a direct replacement for carbon ink battery processes.

Gii electrodes are produced using a proprietary electro-deposition method that forms an ultra-thin, uniform active layer. This eliminates the need for multi-layer prints or slurry processing, leading to a thinner battery with fewer manufacturing steps.

Built for Printed Battery Manufacturers

Seamless Integration

Engineered to fit into established printed battery workflows without adding complex processing.

Thinner Active Layers

Enables ultra-thin uniform electrode layers that showcase high efficiency to replace carbon inks.

Reproducible at Scale

Delivers consistent surface quality and conductivity from prototyping through to high-volume manufacturing.

Supply Chain Ready

Made without mined metals, ensuring stable pricing and secure material sourcing.

Improved Yield

Minimises defects and variability, boosting reliability and lowering production loss.

Designed for Low-Energy Systems

Ideal for printed Bluetooth, IoT, smart packaging and disposable diagnostic platforms.

Powering the Next Generation

Gii is a drop-in, scalable material like carbon ink but performs like a high-end electrode. It delivers better surface quality, improved performance at thin layers and stable supply all at a competitive cost. By solving the reproducibility, fragility and manufacturability issues that limit printed batteries today, Gii clears the path to commercial-scale deployment.