BRITTLE PARTICLE COLD SPRAY
The R&D 100 Awards have been one of the most Prestigious international awards for the past 56 years, honoring great R&D pioneers and their revolutionary Ideas in science and technology.
The team of TTEC and Lawrence Livermore National Laboratory were honored as a recipient of that award for 2020 for its pioneering Versatile Cold Spray Technology.
Cold Spray Deposition Of Brittle Functional Materials.
Patented and patent pending BRITTLE PARTICLE COLD SPRAY deposition processes, powder fabrication and equipment
Binder Free Cold Spray Deposition of semiconductors, magnetic, ceramic and other brittle materials using supersonic cold spray technology.
Random fiber reinforced ceramic materials for ultra-high temperature applications
Microfeature Cold Spray Deposition of a wide range of brittle functional materials with feature sizes and layer thicknesses down to 20 µm.
Deposition of mixed compound/ nano particle and microparticle brittle materials
Research focus: Expanding the application space for binder free, additive manufacturing of brittle materials in all functional classes.
Brittle Particle Cold Spray Deposition Example: Bismuth Telluride Thermoelectric Semiconductor
Versatile Cold Spray systems for Brittle Particle Deposition Research:
Discounts for University and other Research Organizations:
Contact for current cost and availability.
Cold sprayed neodymium iron boride annular ring
Neodymium iron boride 270µm magnetic element array
Complex shaped deposition of a thermoelectric semiconductor thermocouple (N-type bismuth telluride, P-type bismuth telluride)
