Diamond Materials, Inc.
CAGE Code: 05YM5
NCAGE Code: 05YM5
Status: Active
Type: Commercial Supplier
Dun & Bradstreet (DUNS): 938685963
Summary
Diamond Materials, Inc. is an Active Commercial Supplier with the Cage Code 05YM5 and is tracked by Dun & Bradstreet under DUNS Number 938685963..
Address
23 Brahms Ct
East Stroudsburg PA 18301-8038
United States
Points of Contact
No Points of Contact...
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Frequently Asked Questions (FAQ) for CAGE 05YM5
- What is CAGE Code 05YM5?
- 05YM5 is the unique identifier used by NATO Organizations to reference the physical entity known as Diamond Materials, Inc. located at 23 Brahms Ct, East Stroudsburg PA 18301-8038, United States.
- Who is CAGE Code 05YM5?
- 05YM5 refers to Diamond Materials, Inc. located at 23 Brahms Ct, East Stroudsburg PA 18301-8038, United States.
- Where is CAGE Code 05YM5 Located?
- CAGE Code 05YM5 is located in East Stroudsburg, PA, USA.
Contracting History for CAGE 05YM5 Most Recent 25 Records
- 80NSSC18C0067
- In Phase I We Demonstrated A Methodology For Processing Large Area Diamond-Hardfaced Composites For Tribological Surfaces And Bearings. Sliding Experiments Showed Low Friction And Wear Of The Superhard-Faced Composites At Both Low And High Temperatures. The Measured Wear Against Sand And Dust Was So Low That It Could Not Be Detected. In Contrast, All Other Tested Materials Experienced Rapid Abrasive Wear. Most Importantly, A Low-Cost Method To Produce Large Area Fabric Reinforced Diamond Composites For Tribological Applications Has Been Developed. The Primary Trust Of Phase Ii Will Be To Optimize The Processing Technology For Producing Tribological Surfaces And Bearings, And To Evaluate Their Performance In Extreme Environments, Such As That Encountered In High Temperature Exploration Of Venus. We Will Continue To Collaborate With Nasa And Industrial Partners To Optimize And Scale The New Processing Technology, And To Fabricate Prototype Bearings For Performance Testing At Nasa S Test Facility. Hence Nasa Will Acquire Patented Technology And Qualified Supplier Of Superhard-Faced Composite Bearings To Operate In Extreme Planetary Environments.
- 22 May 2018
- In Phase I We Demonstrated A Methodology For Processing Large Area Diamond-Hardfaced Composites For Tribological Surfaces And Bearings. Sliding Experiments Showed Low Friction And Wear Of The Superhard-Faced Composites At Both Low And High Temperatures. The Measured Wear Against Sand And Dust Was So Low That It Could Not Be Detected. In Contrast, All Other Tested Materials Experienced Rapid Abrasive Wear. Most Importantly, A Low-Cost Method To Produce Large Area Fabric Reinforced Diamond Composites For Tribological Applications Has Been Developed. The Primary Trust Of Phase Ii Will Be To Optimize The Processing Technology For Producing Tribological Surfaces And Bearings, And To Evaluate Their Performance In Extreme Environments, Such As That Encountered In High Temperature Exploration Of Venus. We Will Continue To Collaborate With Nasa And Industrial Partners To Optimize And Scale The New Processing Technology, And To Fabricate Prototype Bearings For Performance Testing At Nasa S Test Facility. Hence Nasa Will Acquire Patented Technology And Qualified Supplier Of Superhard-Faced Composite Bearings To Operate In Extreme Planetary Environments.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $749,821.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC18C0067
- In Phase I We Demonstrated A Methodology For Processing Large Area Diamond-Hardfaced Composites For Tribological Surfaces And Bearings. Sliding Experiments Showed Low Friction And Wear Of The Superhard-Faced Composites At Both Low And High Temperatures. The Measured Wear Against Sand And Dust Was So Low That It Could Not Be Detected. In Contrast, All Other Tested Materials Experienced Rapid Abrasive Wear. Most Importantly, A Low-Cost Method To Produce Large Area Fabric Reinforced Diamond Composites For Tribological Applications Has Been Developed. The Primary Trust Of Phase Ii Will Be To Optimize The Processing Technology For Producing Tribological Surfaces And Bearings, And To Evaluate Their Performance In Extreme Environments, Such As That Encountered In High Temperature Exploration Of Venus. We Will Continue To Collaborate With Nasa And Industrial Partners To Optimize And Scale The New Processing Technology, And To Fabricate Prototype Bearings For Performance Testing At Nasa S Test Facility. Hence Nasa Will Acquire Patented Technology And Qualified Supplier Of Superhard-Faced Composite Bearings To Operate In Extreme Planetary Environments.
- 29 Nov 2019
- In Phase I We Demonstrated A Methodology For Processing Large Area Diamond-Hardfaced Composites For Tribological Surfaces And Bearings. Sliding Experiments Showed Low Friction And Wear Of The Superhard-Faced Composites At Both Low And High Temperatures. The Measured Wear Against Sand And Dust Was So Low That It Could Not Be Detected. In Contrast, All Other Tested Materials Experienced Rapid Abrasive Wear. Most Importantly, A Low-Cost Method To Produce Large Area Fabric Reinforced Diamond Composites For Tribological Applications Has Been Developed. The Primary Trust Of Phase Ii Will Be To Optimize The Processing Technology For Producing Tribological Surfaces And Bearings, And To Evaluate Their Performance In Extreme Environments, Such As That Encountered In High Temperature Exploration Of Venus. We Will Continue To Collaborate With Nasa And Industrial Partners To Optimize And Scale The New Processing Technology, And To Fabricate Prototype Bearings For Performance Testing At Nasa S Test Facility. Hence Nasa Will Acquire Patented Technology And Qualified Supplier Of Superhard-Faced Composite Bearings To Operate In Extreme Planetary Environments.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $749,821.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC18C0067
- In Phase I We Demonstrated A Methodology For Processing Large Area Diamond-Hardfaced Composites For Tribological Surfaces And Bearings. Sliding Experiments Showed Low Friction And Wear Of The Superhard-Faced Composites At Both Low And High Temperatures. The Measured Wear Against Sand And Dust Was So Low That It Could Not Be Detected. In Contrast, All Other Tested Materials Experienced Rapid Abrasive Wear. Most Importantly, A Low-Cost Method To Produce Large Area Fabric Reinforced Diamond Composites For Tribological Applications Has Been Developed. The Primary Trust Of Phase Ii Will Be To Optimize The Processing Technology For Producing Tribological Surfaces And Bearings, And To Evaluate Their Performance In Extreme Environments, Such As That Encountered In High Temperature Exploration Of Venus. We Will Continue To Collaborate With Nasa And Industrial Partners To Optimize And Scale The New Processing Technology, And To Fabricate Prototype Bearings For Performance Testing At Nasa S Test Facility. Hence Nasa Will Acquire Patented Technology And Qualified Supplier Of Superhard-Faced Composite Bearings To Operate In Extreme Planetary Environments.
- 12 Jun 2020
- In Phase I We Demonstrated A Methodology For Processing Large Area Diamond-Hardfaced Composites For Tribological Surfaces And Bearings. Sliding Experiments Showed Low Friction And Wear Of The Superhard-Faced Composites At Both Low And High Temperatures. The Measured Wear Against Sand And Dust Was So Low That It Could Not Be Detected. In Contrast, All Other Tested Materials Experienced Rapid Abrasive Wear. Most Importantly, A Low-Cost Method To Produce Large Area Fabric Reinforced Diamond Composites For Tribological Applications Has Been Developed. The Primary Trust Of Phase Ii Will Be To Optimize The Processing Technology For Producing Tribological Surfaces And Bearings, And To Evaluate Their Performance In Extreme Environments, Such As That Encountered In High Temperature Exploration Of Venus. We Will Continue To Collaborate With Nasa And Industrial Partners To Optimize And Scale The New Processing Technology, And To Fabricate Prototype Bearings For Performance Testing At Nasa S Test Facility. Hence Nasa Will Acquire Patented Technology And Qualified Supplier Of Superhard-Faced Composite Bearings To Operate In Extreme Planetary Environments.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $749,820.51
- National Aeronautics And Space Administration (Nasa)