Microheaters Powered by Gii

Bringing Flexibility and High-Temperatures to Microheaters

Gii as a microheater material combines high-temperature performance with mechanical flexibility, enabling thinner and more power-efficient devices.

Overview

Designed for the Next Generation of Thermal Systems

Gii bridges the gap in the printed heater market between carbon inks and ceramic heaters. Where the former degrades above ~200 °C and the latter is rigid, expensive and difficult to integrate, Gii offers the benefits of both without compromise.

Designed for integration into printed electronics, Gii enables flexible, fast-response heaters that operate reliably above 500 °C. Whether you’re working in diagnostics, wearables or aerospace, these microheaters can deliver precision heating in formats that bend, stretch and scale.

What Microheaters with Gii can do

Sustained High Temperatures

Operates reliably above 500 °C, ideal for demanding thermal environments.

Lower Power, Faster Response

High conductivity enables rapid heat-up and reduced overall energy demand.

Stable Under Cycling

Maintains performance under repeated thermal cycling without delamination or loss of output.

Scalable Manufacturing

Adapts to diverse geometries and integrates easily into volume production.

No Noble Metals

Avoids ceramics and rare metals, simplifying design and lowering material risk.

Cost-Effective Performance

Provides high-performance heating at lower cost, supporting commercial scale.

Microheaters built for any application

Powered by Gii, microheaters combine high-temperature performance, flexibility and scalable manufacturing in one material platform. With proven stability, reproducible thin-layer performance and supply security from iGii, they give teams a simpler path to next-generation thermal devices.