Our Nanotechnology Platform
Integran Defense Systems' nanotechnology platform creates innovate materials with breakthrough performance characteristics using conventional materials processing infrastructure.
Integran Defense Systems' nanotechnology platform creates innovate materials with breakthrough performance characteristics using conventional materials processing infrastructure.
Bottom-Up Process
Nanocrystalline metals, alloys and composites (NanoplateŽ)
Via a patent-protected electrosynthesis technology, materials having average crystal sizes 1000-times smaller than those found in conventional materials can be inexpensively produced. The process can be used (1) as a bottom-up manufacturing method to produce an endless variety of near-net shape bulk components, (2) as a cost-effective means of producing precursor nanosized powders, or (3) to apply functional or protective wear and corrosion resistant coatings to conventional finished and semi-finished products. Nanocrystalline materials provide revolutionary improvements in functional and structural performance.
Top-Down Process
Grain boundary engineering (GBEŽ)
Via patent-protected thermomechanical processes (forming & heat treatment), the internal structure of conventional metals and alloys is optimized locally on a nanometer scale to yield breakthrough improvements in material reliability, durability and longevity.
Nanocrystalline metals, alloys and composites (NanoplateŽ)
Via a patent-protected electrosynthesis technology, materials having average crystal sizes 1000-times smaller than those found in conventional materials can be inexpensively produced. The process can be used (1) as a bottom-up manufacturing method to produce an endless variety of near-net shape bulk components, (2) as a cost-effective means of producing precursor nanosized powders, or (3) to apply functional or protective wear and corrosion resistant coatings to conventional finished and semi-finished products. Nanocrystalline materials provide revolutionary improvements in functional and structural performance.
| Typical Property Enhancements: |
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Grain boundary engineering (GBEŽ)
Via patent-protected thermomechanical processes (forming & heat treatment), the internal structure of conventional metals and alloys is optimized locally on a nanometer scale to yield breakthrough improvements in material reliability, durability and longevity.
| Typical Property Enhancements: |
|