| Document Number |
|
Document Title |
|
OEM |
| QQ-P-416 |
|
Plating, Cadmium future Aquizitions see SAE-AMS-QQ-P-416 |
|
Federal |
| QQ-P-416 |
|
Plating, Cadmium future Aquizitions see SAE-AMS-QQ-P-416 |
|
Federal |
| QWI10-01-01 |
|
Magnetic Particle Inspection of Steel and Stainless Steel Components |
|
Smith Aerospace |
| RI-310 |
|
Protective Finish for Shock Strut and Related Parts Except Wheels and Brakes |
|
Goodrich Landing |
| RPS13.31 |
|
Cyanide Cadmium Plating |
|
Goodrich
Aerostuctures |
| RPS13.51 |
|
Chromic Acid Anodize |
|
Goodrich
Aerostuctures |
| RPS13.52 |
|
Brush Application of Chemical Conversion Coatings to Aluminum Alloys |
|
Goodrich
Aerostuctures |
| RPS13.53 |
|
Application of Chemical Conversion Coatings on Aluminum Alloys |
|
Goodrich
Aerostuctures |
| RPS13.55 |
|
Sulfuric Acid Anodize for Aluminum Alloys |
|
Goodrich
Aerostuctures |
| RPS13.81 |
|
Application of Dry Film Lubricants |
|
Goodrich
Aerostuctures |
| RPS13.83 |
|
Application of Abrasion Resistant Finishes |
|
Goodrich
Aerostuctures |
| RPS13.84 |
|
Application of Heat Resistant Urethane Primer |
|
Goodrich
Aerostuctures |
| RPS13.97 |
|
Application of Chemical and Solvent Resistant Finishes |
|
Goodrich
Aerostuctures |
| RPS15.00 |
|
Surface Preparation of Heat and CRES |
|
Goodrich
Aerostuctures |
| RPS15.45 |
|
Surface Preparation of Commercially Pure Titanium and Titanium Alloys |
|
Goodrich
Aerostuctures |
| RPS15.51 |
|
Abrasive Blast Cleaning |
|
Goodrich
Aerostuctures |
| RPS15.52 |
|
Cleaning of Aluminum |
|
Goodrich
Aerostuctures |
| RPS15.53 |
|
Aqueous Degreasing |
|
Goodrich
Aerostuctures |
| RPS18.08 |
|
Magnetic Particle Inspection |
|
Goodrich Aero |
| RPS18.10 |
|
Penetrant Inspection |
|
Goodrich
Aerostuctures |
| S213065 |
|
Pre-penetrant Etching of Machined Aluminum |
|
Hercules Missiles |
| SP-916 |
|
Fluorescent Penetrant Inspection |
|
Woodward |
| SSPC-Paint25 |
|
Zinc Oxide, Alkyd, Linseed Oil Primer |
|
The Society for
Protective Coatings |
| STP51-501 |
|
Shot Peening of Metal Parts |
|
Lockheed |
| STP53-001 |
|
Magnetic Particle Inspection, Requirements for |
|
Lockheed |
| STP53-201 |
|
Penetrant Inspection, General Requirements for |
|
Lockheed |
| STP53-701 |
|
Nital Etch Inspection |
|
Lockheed |
| STP58-001 |
|
Cadmium Plating (Electrodeposited) |
|
Lockheed |
| STP58-206 |
|
Hard Anodizing of Aluminum and Aluminum Alloys |
|
Lockheed |
| STP58-208 |
|
Sulfuric Acid Anodizing of Aluminum and Aluminum Alloys |
|
Lockheed |
| STP58-301 |
|
Passivation of Stainless Steels |
|
Lockheed |
| STP58-302 |
|
Phosphate Coatings for Ferrous Metals |
|
Lockheed |
| STP58-405 |
|
Chemical Protective Film for Aluminum and Aluminum Alloys |
|
Lockheed |
| STP59-202 |
|
Coating, Wash Primer (MIL-C-8514) |
|
Lockheed |
| STP59-204 |
|
Primer, Epoxy-Polyamide (MIL-P-23377), Application of |
|
Lockheed |
| STP59-505 |
|
Coating, MIL-C-27725, Preparation and Application of |
|
Lockheed |
| STP59-604 |
|
Application of Abrasion Resistant Finish System To Landing Gear and Wheel Wells |
|
Lockheed |
| STP62-005 |
|
Lubricant, Solid Film, Air Drying and Heat Cured, Application of |
|
Lockheed |
| STPG30063 |
|
Chemical Films for Aluminum and Aluminum Alloys |
|
Middle River |
| STPG30112 |
|
Coating, Anodic, for Aluminum and Aluminum Alloys |
|
Middle River |
| STPG50036 |
|
Cleaning, Alkaline, Non-Etch |
|
Middle River |
| STPG50042 |
|
Cleaning, Descaling, and Passivation of Corrosion and Heat Resistand Steels and Nickel Alloys |
|
Middle River |
| STPG73034 |
|
Passivation of Stainless Steel |
|
Middle River |
| STPG73058 |
|
Application of Epoxy Resin Primers (Finishing) |
|
Middle River |
| STPG73061 |
|
Application of Extreme Environment Dry Film Lubricant |
|
Middle River |
| SX513840 |
|
Corrosion Protection |
|
Lancair |
| TM1109 |
|
Marking of Parts and Assemblies for Identification and Inspection F-22 Aircraft Landing Gear |
|
Goodrich LG |
| TMS12 |
|
Primer and Paint |
|
TTF Aerospace |
| TPS09 |
|
Primer and Paint Application |
|
TTF Aerospace |
| VSS10300 |
|
Dry Film Lubricant (Molybdenum Disulfide) Application of |
|
Vought |
| |
|
|
|
|