A New Frontier of Material Engineering
Advanced polymer engineering technology unlocking a new class of high performance electronic and semiconductor materials
What We Are Building
Intace has developed an advanced polymer engineering technology that reprograms natural polymers to exhibit new functional behavior, enabling high performance materials that surpass traditional petrochemical materials.
The first application of our patent pending technology is a bioconductive ESD safe material for semiconductor packaging.
Why Materials Hold Back the Future
As the demand for faster, smaller, and more efficient computing continues to grow, the materials underpinning advanced hardware must evolve. Intace’s technology unlocks a new class of functional materials that can support next generation electronics, improve long term supply chain resilience, and open entirely new design possibilities for partners building high end computing systems.
Our Technology
A New Materials Pathway for Advanced Electronics
Our polymer engineering technology gives natural polymers functional behavior that surpasses traditional petrochemical materials while maintaining a radically lower environmental footprint. This opens a new pathway for high performance materials in electronics and semiconductors, where every improvement in stability, conductivity, and reliability matters.
First Application
Bioconductive ESD Safe Semiconductor Packaging
Our initial application delivers reliable antistatic performance without synthetic additives or petrochemical ingredients, advancing safer and cleaner materials for semiconductor components.
Advances in computing and electronics require advances in materials. We invite industry leaders and investors who share this vision to explore early collaboration and help define a new class of high performance bio based materials.