High-performance shielding materials
– without compromise.
EveryCarbon develops resilient shielding materials engineered to perform under multiple environmental and operational stresses.
Resilient materials for
real-world challenges
Performance under multiple stresses
High-performance insulation materials must withstand combinations of heat, moisture, compression and mechanical stress over long periods without losing the properties that make them effective.
Yet material choices force industries to compromise between the performance they depend on and the circularity, lower carbon intensity and supply resilience they increasingly require.
EveryCarbon is developing high-performance shielding materials designed to bring those requirements together.
Performance.
Price. Planet.
Materials that deliver at scale.
Performance
Competitive economics
Price
Changing how we make the materials that matter
Planet
ECOne™ is the first commercial expression of the EveryCarbon platform: an engineered high-performance polyester developed for demanding insulation applications.
It is designed for environments where thermal performance, moisture resistance, mechanical resilience, dimensional stability and long-term durability need to work together.
Materials such as XPS, PIR and PUR have been widely used for decades, but existing material choices can require trade-offs between performance, resilience, economics and environmental impact. ECOne™ is being developed to deliver on the performance requirements of the built environment of today through a more circular and resilient material system.
One platform.
Multiple performance challenges.
Resilient shielding materials designed to perform under multiple environmental stresses.
Insulation is the starting point. The same material logic can be adapted to adjacent industrial applications requiring different combinations of thermal, moisture, mechanical and electrical protection.
Areas include electrical insulation, adhesives, coatings and barriers, automotive, consumer and outdoor applications, and industrial engineering. These markets share a common challenge: materials must protect and perform reliably under tough conditions, often involving multiple stresses.
Electrical
insulation
Adhesives, coatings
and barriers
Automotive, consumer
and outdoor
Industrial
engineering
Technology built for industry
Our patent-pending production platform is designed to convert low-value organic feedstocks into circular building blocks for high-performance shielding materials, with scalable, feedstock-agnostic production and industrial economics in mind.
EveryCarbon brings together expertise across materials science, biotechnology, engineering, industrial scale-up and commercialization to move materials from scientific development toward industrial reality.