A New Frontier of Material Engineering
Advanced polymer engineering technology enabling high performance material systems for semiconductors, electronics, advanced manufacturing and high tech industries
What We Are Building
Intace has developed an advanced polymer engineering technology that enables functionality to be engineered directly into materials, opening a fundamentally new pathway for high performance material systems.
Across advanced manufacturing, many materials rely on additives to achieve functionality, whether conductivity, shielding, flexibility, or durability. But additive based systems increasingly create tradeoffs in performance, stability, contamination risk, consistency, and sustainability, limitations that become harder to tolerate as technologies grow more demanding.
The first application of our patent pending platform is an intrinsically conductive ESD safe material for semiconductor and electronics packaging.
Why Materials Are Reaching Their Limits
The future of computing, advanced healthcare, energy systems, and industrial manufacturing will increasingly depend on material performance.
As technologies become smaller, more powerful, and more complex, the demands placed on materials continue to increase. In many high performance applications, even small limitations in reliability, precision, durability, or consistency can constrain system performance.
We believe materials remain one of the most overlooked bottlenecks to industrial progress and one of the largest opportunities for innovation.
Intace is building material systems designed for the demands of increasingly advanced technologies.
Our Technology
From One Core Technology to Multiple High Performance Material Systems
Using the same core polymer engineering capability, Intace has already demonstrated multiple high performance material systems at laboratory scale across semiconductors, electronics, medical, energy, and advanced industrial applications.
This includes conductive materials, functional films, flexible interfaces, and specialised material systems designed for demanding performance requirements.
By unlocking new functional capabilities in natural polymers, our technology creates opportunities to rethink how high performance materials are engineered across industries.
First Application
Our first application is a high performance conductive biofoam for semiconductor and electronics packaging, designed to overcome longstanding tradeoffs in conventional conductive foams.
By engineering conductivity directly into the material, rather than relying on conductive additives, Intace is designed to deliver stable electrostatic protection, reduced particle contamination risk, and reliable performance for increasingly sensitive electronic components, while remaining biodegradable at end of life.
Intrinsically Conductive ESD Safe Semiconductor Packaging
Backed by leading investors and programmes
As technologies become more powerful and more demanding, material performance increasingly becomes the limiting factor. We are partnering with industry leaders and investors to help shape the future of high performance material systems.