Hybrid Materials LLC – Extreme Coatings. Superior Performance.
Our mission is to change the way that advanced materials are designed and manufactured, worldwide. Powdermet is a nationally recognized nanotechnology and advanced materials research and development organization. This 20+ person firm was founded by Andrew Sherman, who started Powdermet as a spin-out of Ultramet, Inc., in 1996. Powdermet has primarily financed their development and manufacturing operations by winning over 80 government sponsored grants, as well as manufacturing and selling nanoengineered products to multinational companies that white label Powdermet’s manufactured powders. Powdermet currently operates commercially as a toll manufacturer/service provider, carrying their research for hire and toll manufacturing for clients, but is transitioning from a toll nano-powder producer business model to a value-added materials solutions provider, focused on “clean, green, sustainable material solutions.” The company’s continuing mission is to mature and transition clean, sustainable, energy and life-saving advanced materials solutions to the marketplace. Using primarily the SBIR program, the company is developing breakthrough metallic nanocomposite products. To enable focused commercialization of development results, the company operates as a technology incubator, and partners with financial partners or larger institutions (primes, Fortune 500 companies) to address the full value chain with core competencies outside Powdermet’s advanced materials and processing competencies. Powdermet, founded in 1996, acquired an operating unit and exclusive worldwide rights to our processing technology from Ultramet in 1997.
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HybriComp T – Hybrid Materials LLC
HybriComp™ T Up to 80X longer life in sliding wear applications compared to the conventional tungsten carbide coatings HybriComP-T uses a Titanium Nitride Cermet powder fabricated into a hierarchical structure using a patented process to engineer down to the nanoscale. The nanocomposite core contains nano and near-nano size TiN (Titanium Nitride)
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HybriComp W – Hybrid Materials LLC
HybriComp™ W 3-10X longer life in abrasive wear applications compared to the conventional tungsten carbide coatings HybriComp™ W is a cermet powder fabricated into a hierarchical structure using a patented process to engineer down to the nanoscale. The nanocomposite core contains nano and near-nano size WC (Tungsten Carbide) particles in a
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Products – Hybrid Materials LLC
Hybrimet™ Products HybriMet NiWC HybriMet CoWC HybriMet NiTiN Density g/cc 12.26 12.17 6.95 Hardness GPa 20.07 22.95 12.5 Vickers Hardness HV (300) 2045 2340 1278 Rockwell Hardness HRC 82 86 70 Tensile Strength GPa Ksi >7 >1000 - - - Elastic Modulus GPa X106 psi 435.2 63 486.5 70 - Flex
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Applications – Hybrid Materials LLC
Hybrimet Applications HybriMet Net Shape Nanocomposite cermets offers the following advantages for a variety of applications: Hardness of ceramics with toughness of steel - Allows large parts to be fabricated - not flaw sensitive as monolithic ceramics - No expensive or critical heat treatments required Near-nano WC, hierarchically structured - >1400VHN
Powdermet
United States
51-100 Employees
1996
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United States
1-10 Employees
2011
Metal Powder Works
United States
1-10 Employees
2017
Pometon LTD - UK
United Kingdom
251-500 Employees
1940
Ultramet
United States
51-100 Employees
1970
Primet Precision Materials
United States
11-50 Employees
2002
Valimet
China
11-50 Employees
1960
Metalysis
United Kingdom
11-50 Employees
2001
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