Our technology
Terrabarrier's protection system enhances durability and efficiency of critical metal components.
Protection from all key metal degradation mechanisms
Our defect-free, inward-grown protective barrier delivers excellent resistance to corrosion and fouling, stress corrosion cracking, nitridation, eliminates hydrogen embrittlement risks, withstands thermal cycling, and is applicable to complex geometries without dimensional changes.
Why it works?
- Unmatched adherence - virtually impossible to remove
- Super-dense structure with minimal porosity
- Defect-free and homogenous
- Inward growing so no dimensional change or impact on precision
- Not prone to cracking - a result of optimized compressive stresses
Features That Set TerraBarrier Apart
Highly Durable and Dense Barrier
TerraBarrier's coating offers a dense, homogeneous, and defect-free layer with no need for line of sight, ensuring unparalleled protection even in extreme conditions
Proven Performance
Field tests have validated TerraBarrier's technology with hundreds of millions of cycles, showcasing its reliability and effectiveness in real-world scenarios.
Cost-Efficient and Scalable
Balancing performance with economic viability, TerraBarrier's solution is scalable to meet the diverse needs of critical projects.
A Commitment to Change
We believe in the power of innovation to drive change. Our passion lies in creating solutions that not only address today's challenges but also pave the way for a cleaner, more sustainable tomorrow. With hydrogen permeation posing threats to safety, efficiency, and contributing to global warming, TerraBarrier's technology emerges as a critical solution in the fight against climate change.
The Science Behind TerraBarrier
Rooted in solid research from top global universities and backed by prestigious publications such as Nature Materials, TerraBarrier's coating process is a testament to scientific rigor and innovation. Though our performance may seem like magic, it's the result of meticulous science and a dedicated team driving progress.