What is DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL's OSHA violation history?

Establishment profile

DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL

VA, 22903

OSHA inspections

Violations

Penalties

Context

No OSHA inspections on record. This does not mean the employer is violation-free — OSHA inspects a small fraction of workplaces annually.

Summary

DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL has no OSHA inspection history on file. Federal records covering wage, environmental, labor relations, and other agencies are noted below where present.

The most recent federal enforcement activity was recorded 0 days ago.

Federal records were found in 1 of 15 sources. Sources without matching records returned empty for this establishment.

Agency coverage

DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL appears in NHTSA vehicle recalls record only. No matching records were found in OSHA workplace safety, WHD wage enforcement, MSHA mine safety, EPA environmental compliance, NLRB labor relations, OFLC visa and labor certification (historical), FMCSA motor carrier registration, SAM.gov federal debarment, CMS nursing home enforcement, UVA Corporate Prosecution Registry, or CPSC product recalls. Single-agency enforcement records typically indicate either a discrete incident-based inspection or a low-risk operational profile.

OSHA workplace safety

No OSHA inspections, citations, or accidents on file for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with Occupational Safety and Health Administration →

Safety self-report (OSHA 300A)

No self-reported injury rates filed with OSHA's Injury Tracking Application for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with OSHA Injury Tracking Application →

OSHA severe injury reports

No severe injury reports (hospitalization, amputation, or loss of an eye) on file under 29 CFR 1904.39 for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with Occupational Safety and Health Administration →

Activity timeline

Data refreshed

Weekly

First OSHA inspection

—

Most recent activity

0 days ago

Most recent federal enforcement activity recorded 0 days ago. Data on this page is refreshed weekly.

Wage & Hour Division (WHD)

No WHD wage, overtime, or child-labor enforcement cases on file for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with Wage and Hour Division →

Mine safety (MSHA)

No MSHA mine safety violations on file for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with Mine Safety and Health Administration →

Labor relations (NLRB)

No NLRB unfair labor practice charges or union representation cases on file for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with National Labor Relations Board →

Visa & labor certification (OFLC) — historical

No H-1B, H-2A, or H-2B labor condition applications on file (historical data only — DOL ended OFLC publication) for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with Office of Foreign Labor Certification →

Environmental compliance (EPA)

No EPA inspections or formal enforcement actions on file for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with Environmental Protection Agency →

Federal criminal prosecution record

No federal criminal prosecutions, plea agreements, or deferred-prosecution agreements on file for DIRECTED VAPOR TECHNOLOGIES INTERNATIONAL. Verify directly with UVA Corporate Prosecution Registry →

NHTSA vehicle & equipment recalls

Total campaigns

Last 5 years

Last 12 months

Units affected

120,900

Most-recalled component: ELECTRICAL SYSTEM:SOFTWARE. Most recent campaign: 2014-07-15. Source: National Highway Traffic Safety Administration, matched on manufacturer name.

Federal contracts

This location

Obligated (5-yr)

Obligated (all-time)

$19.6M

Awards

Top agency

Department of Defense

$16.5M

Top agencies by obligation (this location)

Department of Defense$16.5M

National Aeronautics and Space Administration$3.1M

Largest awards (top 50 of 64)

Department of Defense
SBIR PHASE II.5 TOPIC N07-006
contract · Last action 2013-10-18
$1,499,047
Department of Defense
SBIR PHASE II
contract · Last action 2012-11-26
$1,249,437
Department of Defense
RESEARCH AND DEVELOPMENT BAA RFP# - ARMY-FY18-44-RDECOM07
contract · Last action 2021-08-16
$999,910
Department of Defense
IGF::OT::IGF STTR PHASE II
contract · Last action 2018-01-23
$999,804
Department of Defense
IGF::OT::IGF RESEARCH AND DEVELOPMENT
contract · Last action 2018-12-21
$999,581
National Aeronautics and Space Administration
IGF::OT::IGF RESEARCH IS PROPOSED TO DEMONSTRATE THE USE OF ADVANCED MANUFACTURING TECHNIQUES TO ENABLE THE AFFORDABLE APPLICATION OF MULTI-FUNCTIONAL THERMAL/ENVIRONMENTAL BARRIER COATINGS (T/EBCS) HAVING ENHANCED RESISTANCE TO HIGH TEMPERATURE COMBUSTION ENVIRONMENTS. T/EBCS ARE ENVISIONED TO PROTECT THE SURFACE OF SI-BASED CERAMICS AGAINST MOISTURE-ASSISTED, OXIDATION-INDUCED CERAMIC RECESSION. CURRENT T/EBC SYSTEMS HAVE BEEN DEMONSTRATED IN LONG TIME EXPOSURES AT ~2400 F SUBSTRATE TEMPERATURES. HOWEVER, THEIR USE AT ELEVATED TEMPERATURES (I.E., 2700 F SUBSTRATE TEMPERATURES) IS LIMITED BY THE LOW TEMPERATURE STABILITY AND HIGH DIFFUSION ACTIVITY OF CURRENT T/EBC MATERIALS. ONE APPROACH TO INCREASE THE TEMPERATURE CAPABILITY OF THESE SYSTEMS IS THE INCORPORATION OF MULTILAYERED T/EBC DESIGNS. IN THIS EFFORT, ENHANCED PROCESSING TECHNIQUES WILL BE EMPLOYED TO DEMONSTRATE THE MANUFACTURE OF ROBUST T/EBC SYSTEMS USING A PHYSICAL VAPOR DEPOSITION BASED PROCESSING APPROACH WHICH ENABLES IMPROVED COATING ADHESION AND ADVANCED COATING ARCHITECTURAL, COMPOSITIONAL, AND MICROSTRUCTURAL CONTROL, AS WELL AS NON-LINE-OF-SIGHT (NLOS) DEPOSITION. DURING THIS PROPOSED PHASE II EFFORT, PROCESSING/PROPERTY/PERFORMANCE RELATIONSHIPS FOR THE MANUFACTURE OF THE NOVEL COATING ARCHITECTURES WILL BE DETERMINED. OPTIMIZED PROCESSING APPROACHES WILL THEN BE USED TO DEMONSTRATE THE DEPOSITION OF HIGH TEMPERATURE CAPABLE T/EBC SYSTEMS COATING ONTO COMPONENTS OF INTEREST TO GAS TURBINE ENGINE MANUFACTURERS.
contract · Last action 2018-07-20
$901,160
National Aeronautics and Space Administration
IGF::OT::IGF NASA'S LONG RANGE GOALS OF REDUCING FUEL CONSUMPTION BY 30% AND INCREASING FUEL EFFICIENCY BY 35% CAN BE PARTIALLY ACCOMPLISHED THROUGH INCREASING THE OPERATION TEMPERATURES OF GAS TURBINE ENGINES. THE ADVENT OF ADVANCED ALLOYS, COATINGS, COOLING TECHNOLOGIES AND CERAMIC COMPONENTS HAS CREATED THE POTENTIAL FOR SIGNIFICANT INCREASES IN THE HOT SECTION OF THESE ENGINES; HOWEVER, THESE ADVANCES WILL ALSO LEAD TO ELEVATED TEMPERATURES IN OTHER REGIONS OF THE ENGINE. FOR EXAMPLE, THE TURBINE DISK SECTION WOULD ALSO NEED TO OPERATE AT INCREASINGLY HIGHER TEMPERATURES THAT WOULD SUBJECT IT TO OXIDATION AND HOT CORROSION DEGRADATION MECHANISMS NOT CURRENTLY EXPERIENCED. ONE APPROACH TO ENHANCE THE TEMPERATURE CAPABILITY OF THESE SYSTEMS IS THROUGH THE INCORPORATION OF ENVIRONMENTAL PROTECTIVE COATINGS. RESEARCH IS PROPOSED HERE TO EMPLOY ADVANCED COATING MANUFACTURING TECHNIQUES DESIGNED TO ENABLE THE AFFORDABLE APPLICATION OF ENVIRONMENTAL PROTECTIVE COATINGS HAVING ENHANCED RESISTANCE TO HOT CORROSION AND OXIDATION. ADVANCED TESTING APPROACHES WILL BE USED THAT SIMULATE REAL-WORLD CONDITIONS AND DEMONSTRATE THE PERFORMANCE ADVANTAGES OF THE DEPOSITED COATINGS. THE COATING SYSTEMS WILL BE APPLIED IN THIS WORK ONTO COUPONS AND COMPONENTS TO DEMONSTRATE COATING CAPABILITY AND ALLOW SIMULATED ENGINE ENVIRONMENT TESTING IN FOLLOW-ON PROGRAMS.
contract · Last action 2016-07-20
$868,601
Department of Defense
RESEARCH AND DEVELOPMENT, STTR PHASE II, IGF::OT::IGF
contract · Last action 2021-03-15
$816,732
Department of Defense
(STTR PHASE II) HIGH-TEMPERATURE ENVIRONMENTAL BARRIER COATING FOR SILICON CARBIDE COMPOSITES
contract · Last action 2011-03-23
$749,957
Department of Defense
200606!352518!1700!N68335!NAVAL AIR ENGINEERING STATION !N6833506C0068 !A!N! !Y! ! !20060323!20060323!036500804!036500804!036500804!N!DIRECTED VAPOR TECHNOLOGIES IN!2 BOARS HEAD LANE !CHARLOTTESVILL !VA!22903!14968!540!51!CHARLOTTESVILLE !CHARLOTTESVILLE (CITY)!VIRGINIA !+000000499659!N!N!000001999078!AC62!RDTE/ELECTRONICS & COMMUNICATION EQ-APPLIED RESEA !C9E!ALL OTHER SUPPLIES AND EQUIPMENT !000 !NOT DISCERNABLE !541710!E! !3! ! ! ! ! !99990909!B! ! !B! !A!U!U!2!023!K! !Z!Y!Z! ! !N!B!N!N! ! !Z! !B!A!000!C!B!N! ! ! ! !1719!N00421!0001! !
contract · Last action 2011-03-16
$749,683
Department of Defense
SBIR PHASE II TOPIC N101-036
contract · Last action 2013-03-21
$749,517
Department of Defense
R&D SBIR PHASE II TOPIC N07-006
contract · Last action 2009-08-05
$749,507
Department of Defense
IGF::OT::IGF OPTIMIZING COATING PROCESSES AND CHEMISTRIES FOR ENHANCED HOT SECTION, LOW CYCLE FATIGUE (LCF) LIFE
contract · Last action 2014-08-11
$749,251
Department of Defense
RESEARCH AND DEVELOPMENT SBIR TOPIC N093-180
contract · Last action 2011-07-19
$749,028
Department of Defense
SBIR PHASE II
contract · Last action 2013-06-13
$748,936
Department of Defense
IGF::OT::IGF SBIR II- HYDRATIONTOLERANT, LOW THERMAL CONDUCTIVITY
contract · Last action 2015-11-13
$737,480
Department of Defense
DIRECTED VAPOR SBIR II MULITFUNCTIONAL DAMPING COATING
contract · Last action 2013-08-22
$736,940
Department of Defense
SBIR PHASE II, TOPIC #:A06-082
contract · Last action 2010-01-05
$729,701
Department of Defense
R & D SBIR PHASE II TOPIC N06-032
contract · Last action 2008-01-23
$349,824
Department of Defense
RESEARCH AND DEVELOPMENT IGF::OT::IGF
contract · Last action 2018-07-24
$224,744
Department of Defense
SBIR I HYDRATION TOLERANT LOW THERMAL CONDUCTIVITY (K) THERMAL BARRIER COATINGS
contract · Last action 2012-05-15
$149,932
Department of Defense
IGF::OT::IGF PHASE I FIRST MONTHLY TECHNICAL REPORT
contract · Last action 2017-08-09
$149,772
Department of Defense
SBIR PHASE I CONTRACT
contract · Last action 2010-09-22
$149,745
Department of Defense
IGF::OT::IGF PHASE I FIRST MONTHLY TECHNICAL REPORT
contract · Last action 2014-08-25
$149,720
Department of Defense
R&D SBIR TOPIC N101-036
contract · Last action 2011-05-10
$149,694
Department of Defense
SBIR I
contract · Last action 2012-05-25
$149,690
Department of Defense
IGF::CT::IGF SBIRSOL2015.1
contract · Last action 2016-05-05
$149,528
National Aeronautics and Space Administration
RESEARCH IS PROPOSED TO INVESTIGATE THE FEASIBILITY OF USING ADVANCED MANUFACTURING TECHNIQUES TO ENABLE THE AFFORDABLE APPLICATION OF MULTI-FUNCTIONAL HIGH TEMPERATURE COATINGS HAVING ENHANCED RESISTANCE TO HIGH TEMPERATURE ENGINE ENVIRONMENTS. FOR EXAMPLE, THERMAL / ENVIRONMENTAL BARRIER COATINGS (T/EBCS) ARE ENVISIONED TO PROTECT THE SURFACE OF SI-BASED CERAMICS AGAINST MOISTURE-ASSISTED, OXIDATION-INDUCED CERAMIC RECESSION. CURRENT T/EBC SYSTEMS HAVE BEEN DEMONSTRATED IN LONG TIME EXPOSURES AT ~2400?F. HOWEVER, THEIR USE AT ELEVATED TEMPERATURES IS LIMITED BY THE LOW TEMPERATURE STABILITY AND HIGH DIFFUSION ACTIVITY OF CURRENT T/EBC MATERIALS. ONE APPROACH TO ENHANCE THE TEMPERATURE CAPABILITY OF THESE SYSTEMS IS THE INCORPORATION OF MULTI-LAYERED T/EBC DESIGNS TO PROVIDE MULTI-FUNCTIONAL PROTECTION. IN THIS PHASE I EFFORT, NOVEL PROCESSING TECHNIQUES WILL BE DEVELOPED TO ENABLE THE AFFORDABLE, HIGH PERFORMANCE MANUFACTURE OF SUCH SYSTEMS USING A PHYSICAL VAPOR DEPOSITION BASED PROCESSING APPROACH WHICH ENABLES ENHANCED COATING ADHESION AND ADVANCED COATING ARCHITECTURAL, COMPOSITIONAL AND MICROSTRUCTURAL CONTROL. PROCESSING DEVELOPMENTS WILL THEN BE USED TO CREATED NOVEL MULTI-LAYERED COATINGS. THESE COATING LAYERS WILL THEN BE INCORPORATED INTO ADVANCED HIGH TEMPERATURE CAPABLE T/EBC SYSTEMS IN PHASE. THIS WORK WILL LEAD TO THE INCORPORATION OF SI-BASED CERAMIC COMPONENTS INTO ENHANCED EFFICIENCY GAS TURBINE ENGINES TO REDUCE WEIGHT AND INCREASE OPERATING TEMPERATURES. A TRL 4 WILL BE ACHIEVED AT THE END OF PHASE I AND TRL 6 AT THE END OF PHASE II.
contract · Last action 2012-02-13
$124,694
National Aeronautics and Space Administration
IGF::OT::IGF NASA'S LONG RANGE GOALS OF REDUCING THE FUEL CONSUMPTION BY 30% AND INCREASING FUEL EFFICIENCY BY 35% CAN BE PARTIALLY ACCOMPLISHED THROUGH INCREASING ENGINE OPERATION TEMPERATURES. AS A RESULT, THE DISK SECTION IS DESIRED TO OPERATE IN INCREASINGLY HIGHER TEMPERATURES, WHICH WILL SUBJECT IT TO ADDITIONAL DEGRADATION MECHANISMS OF OXIDATION AND HOT CORROSION. ONE APPROACH TO ENHANCE THE TEMPERATURE CAPABILITY OF THESE SYSTEMS IS THROUGH THE INCORPORATION OF ENVIRONMENTAL PROTECTIVE COATINGS WHICH CAN PROVIDE RESISTANCE FROM OXIDATION AND HOT CORROSION. RESEARCH IS PROPOSED HERE TO OPTIMIZE THE USE OF ADVANCED COATING MANUFACTURING TECHNIQUES DESIGNED TO ENABLE THE AFFORDABLE APPLICATION OF ENVIRONMENTAL PROTECTIVE COATINGS HAVING ENHANCED RESISTANCE TO HOT CORROSION AND OXIDATION TO ALLOW OPERATION AT THE DESIRED HIGH TEMPERATURE ENGINE ENVIRONMENTS. ADVANCED TESTING CONDITIONS WILL BE USED TO SIMULATE REAL WORLD CONDITIONS AND DEMONSTRATE THE PERFORMANCE OF THE DEPOSITED COATINGS IN THESE CONDITIONS. THIS APPROACH IS ENVISIONED TO AID THE DEVELOPMENT OF ADVANCED COATINGS REQUIRED TO PROTECT THE SURFACE OF TURBINE DISK COMPONENTS AT HIGHER TEMPERATURES DESIRED FOR FUEL AND THRUST OPERATIONALLY IMPROVEMENT WITHOUT INDUCING SIGNIFICANT FATIGUE DEBIT. ADVANCED COATING SYSTEMS WILL BE APPLIED IN THIS WORK ONTO COUPONS, AND SUBCOMPONENTS TO DEMONSTRATE COATING CAPABILITY AND ALLOW SIMULATED ENGINE ENVIRONMENT TESTING IN FOLLOW ON PROGRAMS. SUCCESS IN MEETING THE OBJECTIVES WILL SIGNIFICANTLY AID THE TEMPERATURE CAPABILITY OF TURBINE DISK COMPONENTS, ALLOWING SIGNIFICANT FUEL EFFICIENCY AND THRUST INCREASES FOR TURBINE ENGINES.
contract · Last action 2014-02-14
$123,970
National Aeronautics and Space Administration
IGF::OT::IGF RESEARCH IS PROPOSED TO DEMONSTRATE THE USE OF ADVANCED MANUFACTURING TECHNIQUES TO ENABLE THE AFFORDABLE APPLICATION OF MULTI-FUNCTIONAL THERMAL / ENVIRONMENTAL BARRIER COATINGS (T/EBCS) HAVING ENHANCED RESISTANCE TO HIGH TEMPERATURE COMBUSTION ENVIRONMENTS. T/EBCS ARE ENVISIONED TO PROTECT THE SURFACE OF SI-BASED CERAMICS AGAINST MOISTURE-ASSISTED, OXIDATION-INDUCED CERAMIC RECESSION. CURRENT T/EBC SYSTEMS HAVE BEEN DEMONSTRATED IN LONG TIME EXPOSURES AT ~2400 F SUBSTRATE TEMPERATURES. HOWEVER, THEIR USE AT ELEVATED TEMPERATURES (I.E. 2700 F SUBSTRATE TEMPERATURES) IS LIMITED BY THE LOW TEMPERATURE STABILITY AND HIGH DIFFUSION ACTIVITY OF CURRENT T/EBC MATERIALS. ONE APPROACH TO INCREASE THE TEMPERATURE CAPABILITY OF THESE SYSTEMS IS THE INCORPORATION OF MULTI-LAYERED T/EBC DESIGNS. IN THIS PHASE I EFFORT, ENHANCED PROCESSING TECHNIQUES WILL BE EMPLOYED TO DEMONSTRATE THE MANUFACTURE OF ROBUST T/EBC BOND COAT SYSTEMS USING A PHYSICAL VAPOR DEPOSITION BASED PROCESSING APPROACH WHICH ENABLES IMPROVED COATING ADHESION AND ADVANCED COATING ARCHITECTURAL, COMPOSITIONAL AND MICROSTRUCTURAL CONTROL, AS WELL AS NON-LINE-OF-SIGHT (NLOS) DEPOSITION. SCALED PROCESSING APPROACHES WILL THEN BE USED TO DEMONSTRATE THE DEPOSITION OF HIGH TEMPERATURE CAPABLE T/EBC BOND COATS ONTO COMPONENTS OF INTEREST TO GAS TURBINE ENGINE MANUFACTURERS. THESE BOND COATS WILL THEN BE INCORPORATED INTO FULL HIGH TEMPERATURE CAPABLE T/EBC SYSTEMS PLANNED IN PHASE II. FINALLY, CONCEPTS TO ENABLE THE DEPOSITION OF T/EBC BOND COAT SYSTEMS ON NLOS INTERNAL REGIONS OF HOLLOW COMPONENTS WILL BE INVESTIGATED. THIS WORK WILL SIGNIFICANTLY AID THE INCORPORATION OF SI-BASED CERAMIC COMPONENTS IN GAS TURBINE ENGINES RESULTING IN REDUCED WEIGHT AND INCREASED OPERATING TEMPERATURES.
contract · Last action 2014-05-19
$121,972
National Aeronautics and Space Administration
IGF::OT::IGF DVTI TO USE THEIR DVD COATING PROCESS IN APPLYING TWO COATING COMPOSITIONS SPANNING NASA RANGE OF INTEREST. - COATINGS: TWO, PERHAPS FIGURE NI30CR0.1Y AND NI45CR0.1Y, EACH COATING COMPOSITION MEASURED AFTER APPLICATION ON THE SPECIMEN - LSHR FATIGUE SPECIMENS (DESIGN AS BEFORE) TO COAT FOR EACH COATING: 16 (TEST 800F) + 16 (TEST 1400F) + 16 (EXPOSE PLUS TEST 1400F) PLUS 2 SPARES = 50 SPECIMENS PER COATING, 100 SPECIMENS TOTAL - LSHR PINS (0.25 DIAMETER) TO COAT FOR EACH COATING: 8 SPECIMENS PER EACH COATING, 16 SPECIMENS TOTAL - LSHR COUPONS (0.5 WIDE, 1.0 LONG, 0.125 THICK TO COAT FOR EACH COATING: 8 SPECIMENS PER EACH COATING, 16 SPECIMENS TOTAL - PRE-TREATMENTS BEFORE COATING: ONE PRE-TREATMENT TO BE DECIDED AND APPLIED BY DVTI, POSSIBLY SHOT PEENING PLUS PLASMA ETCHED
contract · Last action 2017-08-18
$119,200
Department of Defense
STTR (PHASE 1) - HIGH TEMPERATURE ENVIRONMENTAL BARRIER COATING FOR SILICON CARBIDE COMPOSITES
contract · Last action 2009-06-04
$99,971
Department of Defense
DEVELOPMENT OF MULTIFUNCTIONAL DAMPING COATING SYSTEMS FOR TURBINE ENGINE COMPONENTS
contract · Last action 2010-03-17
$99,968
Department of Defense
DIRECTED VAPOR TECH
contract · Last action 2008-01-07
$99,900
Department of Defense
AF SBIR I; FA093-168; ELECTRON BEAM
contract · Last action 2010-03-12
$99,864
Department of Defense
IGF::OT::IGF SBIR PH I SELF REGENERATIVE COATINGS FOR ENHANCED PROTECTION OF SILICON BASED CERAMIC COMPOSITES IN PARTICLE LADEN DEGRADED ENGINE ENVIRONMENTS
contract · Last action 2017-08-09
$99,785
Department of Defense
SBIR I
contract · Last action 2008-05-19
$99,765
National Aeronautics and Space Administration
ADVANCED ENVIRONMENTAL BARRIER COATING PROCESSING AND DEVELOPMENT FOR SIC/SIC CMC COMPONENTS
contract · Last action 2013-07-09
$94,000
Department of Defense
IGF::CT::IGF SBIRSOL2016.1
contract · Last action 2016-10-18
$79,925
Department of Defense
RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT BIOTECHNOLOGY)
contract · Last action 2012-06-18
$79,812
Department of Defense
R&D SBIR PHASE I TOPIC N07-006
contract · Last action 2008-01-15
$69,909
National Aeronautics and Space Administration
APPLY COATINGS ON PROVIDED SUBSTRATES
contract · Last action 2010-06-04
$65,000
National Aeronautics and Space Administration
COATING SERVICE
contract · Last action 2012-05-09
$64,000
National Aeronautics and Space Administration
PROCESS BARRIER COATING SYSTEM
contract · Last action 2010-12-29
$64,000
National Aeronautics and Space Administration
IGF::OT::IGF BOND COAT APPLICATION RUNS AND TOP COAT APPLICATION RUNS
contract · Last action 2016-04-13
$62,450
National Aeronautics and Space Administration
ADVANCED ENVIRONMENTAL BARRIER COATING PROCESSING AND DEVELOPMENT FOR SIC/SIC CMC COMPONENTS
contract · Last action 2013-11-05
$60,000
National Aeronautics and Space Administration
IGF::OT::IGF DIRECTED VAPOR ELECTRON BEAM - PHYSICAL VAPOR DEPOSITION NASA COMPOSITION ENVIRONMENTAL BARRIER COATING SYSTEMS
contract · Last action 2017-02-08
$57,300
National Aeronautics and Space Administration
ENVIRONMENTAL BARRIER COATING PROCESS DESPOSITION
contract · Last action 2017-02-10
$49,970
National Aeronautics and Space Administration
IGF::OT::IGF NONMETALLIC FABRICATED MATERIALS
contract · Last action 2018-09-10
$46,050
National Aeronautics and Space Administration
ADVANCED ENVIRONMENTAL BARRIER COATING PROCESSING AND DEVELOPMENT FOR SIC/SIC CMC COMPONENTS
contract · Last action 2013-04-25
$38,000

Federal contract dollars to this establishment. Primary NAICS: 541712 - RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT BIOTECHNOLOGY). Last action: 2021-08-16. Source: USAspending.gov, net obligations. Recipient address is the SAM registration / HQ address, not necessarily the worksite.

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