Carbon Carbon Advanced Technologies Inc dba C Cat
- View government funding actions
- Kennedale, TX 760606800
- Phone: 817-985-2500
- Corporate URL: www.c-cat.net
- Estimated Number of Employees: 30
- Estimated Annual Receipts: $5,000,000
- Business Start Date: 1988
- Contact Person: Rena Russell
- Contact Phone: 817-985-2500
- Contact Email: rrussell@c-cat.net
- Business Structure:
- Corporate Entity (Not Tax Exempt)
- Business Type:
- For Profit Organization
- Manufacturer of Goods
- Subchapter S Corporation
- Industries Served: Carbon and Graphite Product Manufacturing
- Product Areas: BARGES AND LIGHTERS, CARGO, BARGES & LIGHTERS SPECIAL PURPOSE, BARGES AND LIGHTERS, SPECIAL PURPOSE, MINING, ROCK DRILLING, EARTH BORING, AND RELATED EQUIPMENT, MINING,ROCK DRILLING,EARTH BORE EQ, SERVICES (ENGINEERING), R&D- DEFENSE OTHER: SERVICES (ENGINEERING DEVELOPMENT), R&D- SPACE: COMMERCIAL PROGRAMS (ADVANCED DEVELOPMENT), R&D-COMMERCIAL PROGRAMS-ADV DEV, R&D-COMMERCIAL PROGRAMS-ENG DEV, R&D- SPACE: COMMERCIAL PROGRAMS (ENGINEERING DEVELOPMENT), SOIL STUDIES, SPECIAL STUDIES/ANALYSIS- SOIL, ARCHITECT AND ENGINEERING- GENERAL: INSPECTION (NON-CONSTRUCTION), A/E - INSPECT - NON CONTRUCT, IT AND TELECOM- SYSTEMS DEVELOPMENT, ADP SYSTEMS DEVELOPMENT SERVICES, ADP SYSTEMS ANALYSIS SERVICES, IT AND TELECOM- SYSTEMS ANALYSIS, AUTOMATED INFORMATION SYSTEM SVCS, IT AND TELECOM- IT STRATEGY AND ARCHITECTURE, PROGRAMMING SERVICES, IT AND TELECOM- PROGRAMMING, ENVIRONMENTAL SYSTEMS PROTECTION- ENVIRONMENTAL REMEDIATION, HARZ REMV/CLEAN-UP/DISP/OP, ENVIRON SYS PROTECT- DEVELOPMENT OF ENVIRON IMPACT STMTS/ASSESSMENTS, TECH ANALYSIS/ENVIRON AUDITS, DEV ENVIR IMPACT STMT/ASSESS, OIL SPILL RESPONSE, ENVIRONMENTAL SYSTEMS PROTECTION- OIL SPILL RESPONSE, ENVIRONMENTAL SYSTEMS PROTECTION- WETLANDS CONSERVATION AND SUPPORT, ENVIRONMENTAL SYSTEMS PROTECTION- ENVIRONMENTAL LICENSING AND PERMITTING, INSPECT SVCS/CONTRUCT EQ, INSPECTION- CONSTRUCTION, MINING, EXCAVATING, AND HIGHWAY MAINTENANCE EQUIPMENT, INSPECT SVCS/WATER PURIFICATION EQ, INSPECTION- WATER PURIFICATION AND SEWAGE TREATMENT EQUIPMENT, INSPECT SVCS/CONTRUCT MATERIAL, INSPECTION- CONSTRUCTION AND BUILDING MATERIALS, OTHER QC/TEST/INSPECT- CONSTRUCTION AND BUILDING MATERIALS, OTHER QC SVCS/CONTRUCT MATERIAL, OTHER QC SVCS/CLOTHING - INDIVID EQ, OTHER QC/TEST/INSPECT- CLOTHING, INDIVIDUAL EQUIPMENT, AND INSIGNIA, OTHER QC/TEST/INSPECT- TOILETRIES, OTHER QC SVCS/TOILETRIES, OTHER QC/TEST/INSPECT- MISCELLANEOUS, MISC TEST & INSPECT SVC
Sampling of Federal Government Funding Actions/Set Asides
In order by amount of set aside monies.
- $50,000 - Tuesday the 21st of January 2014
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
THE HIGH MELT COATING SYSTEM IS APPLIED TO A CARBON-CARBON STRUCTURE AND EMBEDS HFC, ZRB2 IN THE OUTER LAYERS. ACC HIGH MELT BUILDS ON THE TIME TESTED BASE MATERIAL SYSTEM OF T-300 FIBERS, IMPREGNATED WITH PHENOLIC RESIN, PYROLYZED, DENSIFIED, AND SIC CONVERSION COATED FOR PHASE 2, C-CAT PROPOSES TO TEAM WITH PRATT AND WHITNEY ROCKETDYNE TO FULLY DEVELOP HIGH MELT INTO A MATERIAL SYSTEM THAT WHEN COMBINED WITH THE APPROPRIATE DESIGN WILL PRODUCE NOZZLE EXTENSIONS FOR FUTURE NASA SPACECRAFT. PWR WILL SUPPLY THE DESIGNS FOR A NOTIONAL NOZZLE EXTENSION FOR A 2000 LBF LOX/LCH4 LUNAR DESCENT ENGINE AND A NOZZLE EXTENSION FOR A NOTIONAL LUNAR ASCENT ENGINE SIZED AT 5500 LBF LOX/LCH4. OBJECTIVES: C-CAT ENGINEERING WILL WORK WITH PWR DESIGNERS TO INSURE THAT THE NOZZLE EXTENSION DESIGN FOR EACH PROTOTYPE IS BOTH MANUFACTURABLE AND WILL MEET THE TECHNICAL REQUIREMENTS. C-CAT ENGINEERING WILL DESIGN AND C-CAT WILL FABRICATE LAY-UP TOOLS THAT WILL TAKE INTO ACCOUNT PLY SHRINKAGE DISTORTION AND STILL MAINTAIN DIMENSIONAL TOLERANCES DURING PROCESSING. LAY-UP THE NOZZLE EXTENSIONS WITHOUT DEFECTS PROCESS EACH NOZZLE EXTENSION THROUGH PYROLYSIS, HEAT TREATMENT AND COATING WITHOUT DEFECTS. APPLY SIC CONVERSION COATING TO THE ACC HIGH MELT MATERIAL WITHOUT SPALLING. - $300,482 - Tuesday the 21st of January 2014
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
THE HIGH MELT COATING SYSTEM IS APPLIED TO A CARBON-CARBON STRUCTURE AND EMBEDS HFC, ZRB2 IN THE OUTER LAYERS. ACC HIGH MELT BUILDS ON THE TIME TESTED BASE MATERIAL SYSTEM OF T-300 FIBERS, IMPREGNATED WITH PHENOLIC RESIN, PYROLYZED, DENSIFIED, AND SIC CONVERSION COATED FOR PHASE 2, C-CAT PROPOSES TO TEAM WITH PRATT AND WHITNEY ROCKETDYNE TO FULLY DEVELOP HIGH MELT INTO A MATERIAL SYSTEM THAT WHEN COMBINED WITH THE APPROPRIATE DESIGN WILL PRODUCE NOZZLE EXTENSIONS FOR FUTURE NASA SPACECRAFT. PWR WILL SUPPLY THE DESIGNS FOR A NOTIONAL NOZZLE EXTENSION FOR A 2000 LBF LOX/LCH4 LUNAR DESCENT ENGINE AND A NOZZLE EXTENSION FOR A NOTIONAL LUNAR ASCENT ENGINE SIZED AT 5500 LBF LOX/LCH4. OBJECTIVES: C-CAT ENGINEERING WILL WORK WITH PWR DESIGNERS TO INSURE THAT THE NOZZLE EXTENSION DESIGN FOR EACH PROTOTYPE IS BOTH MANUFACTURABLE AND WILL MEET THE TECHNICAL REQUIREMENTS. C-CAT ENGINEERING WILL DESIGN AND C-CAT WILL FABRICATE LAY-UP TOOLS THAT WILL TAKE INTO ACCOUNT PLY SHRINKAGE DISTORTION AND STILL MAINTAIN DIMENSIONAL TOLERANCES DURING PROCESSING. LAY-UP THE NOZZLE EXTENSIONS WITHOUT DEFECTS PROCESS EACH NOZZLE EXTENSION THROUGH PYROLYSIS, HEAT TREATMENT AND COATING WITHOUT DEFECTS. APPLY SIC CONVERSION COATING TO THE ACC HIGH MELT MATERIAL WITHOUT SPALLING. - $124,960 - Friday the 16th of January 2015
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
THE NASA OFFICE OF THE CHIEF TECHNOLOGIST (OCT) HAS IDENTIFIED A "CARBON-CARBON NOZZLE (DOMESTIC SOURCE)" AS A "TOP TECHNICAL CHALLENGE" IN THE 2011-2016 TIMEFRAME IN THE "LAUNCH PROPULSION SYSTEMS ROADMAP" DOCUMENT. THIS PROGRAM, BY UTILIZING A DEMONSTRABLY CAPABLE TEAM WITH A DEEP HISTORY IN THE MANUFACTURE, TESTING, AND ANALYSIS OF C/C MATERIALS, WILL ADDRESS THIS NEED BY DEVELOPING A LYOCELL C/C COMPOSITE SYSTEM AIMED AT THE NEED FOR A COMPOSITE J2X NOZZLE EXTENSION. THE PROPOSED LYOCELL BASED SYSTEM WILL HAVE THE ADVANTAGES OF BEING THERMALLY COMPATIBLE WITH, SPECIFICALLY, THE TEG MANIFOLD OF THE J2X AND WILL HAVE A DOMESTIC SUPPLY CHAIN. THIS TECHNOLOGY HAS THE CAPABILITY TO SAVE HUNDREDS OF POUNDS OF WEIGHT OVER THE CURRENT (AND LESS CAPABLE) METAL BASED NOZZLE EXTENSION. THEREFORE, THE OVERALL OBJECTIVE OF THIS PROGRAM IS TO DEVELOP A VIABLE, DOMESTICALLY PRODUCED LYOCELL BASED C/C THAT PASSES MARGIN OF SAFETY REQUIREMENTS FOR USE AS A J2X NOZZLE EXTENSION MATERIAL.
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