Certifications: NADCAP certified Thermal spray Dry film lubricants Coating evaluation laboratory AS 9100A:2001 certified ISO 9001:2000 certified Quality system MIL-Q-9858A compliance ANSI-Z540 compliance SAE aerospace standards AS7109 certified AC7004 certified DOD certified working under DCMA surveillance In-house coatings laboratory approvals General Electric’s Central Coatings Laboratory Pratt & Whitney’s Laboratory Control at Source Rolls-Royce Honeywell Group testing processes ASTM C633 - Bond strength testing of thermal spray coatings ASTM E384 - Micro hardness ASTM E18 - Rockwell superficial hardness ASTM E18 - Rockwell hardness Process Approvals General Electric Aircraft Engines Specifications Thermal Spray Processes: F50TF10CLA Nickel-Graphite thermal spray F50TF10CLB Nickel-Graphite thermal spray F50TF11CLA Aluminum thermal spray F50TF12 Nickel-Silicon-Boron thermal spray F50TF13CLA Copper Nickel Indium thermal spray F50TF13CLB Copper Nickel Indium thermal spray F50TF14CLA Chromium Carbide thermal spray F50TF15CLA  Tungsten Carbide Aggregate thermal spray F50TF18CLA   Nickel Aluminum or Nickel Aluminum Chromium plasma spray for dimensional build-up F50TF18CLB  Inconel 718 or Rene 80 plasma spray for dimensional build-up F50TF18CLC  HVOF thermal spray process for dimensional build-up F50TF19CLA  Copper-Zinc Silver Alloy thermal spray F50TF22CLA  Nickel-Graphite thermal spray for standard bond coat F50TF22CLB  Nickel-Graphite thermal spray for improved corrosive resistant bond F50TF25CLA  Chromium Carbide-Nickel Chromium thermal spray for fine deposits F50TF25CLB  Chromium Carbide-Nickel Chromium thermal spray for coarse deposits F50TF32CLA   Cobalt-Molybdenum-Chromium-Silicon Alloy plasma spray with bond coat F50TF32CLB   Cobalt-Molybdenum-Chromium-Silicon Alloy plasma spray without bond coat F50TF33CLA  Solid film lubricant coating thermally cured F50TF45CLA  Cobalt Base Alloy plasma spray for impact wear F50TF45CLB  Cobalt Base Alloy plasma spray for other applications F50TF47CLA  17% Cobalt Aggregate Tungsten Carbide plasma spray F50TF50CLA   Nickel-Chromium-Aluminum-Yttrium Alloy-Yttria Stabilized Zirconia thermal barrier F50TF50CLB   Nickel-Chromium-Aluminum-Yttrium Alloy-Yttria Stabilized Zirconia thermal barrier F50TF54CLA   Nickel-Chromium-Aluminum-Yttrium Alloy-Magnesium Zirconate thermal barrier F50TF55CLA  High Integrity Tungsten Carbide thermal spray F50TF69CLA   (HVOF) High Density Cobalt Base Alloy thermal spray by non-Molybdenum Oxide F50TF69CLB  (HVOF) High Density Cobalt Base Alloy thermal spray by Molybdenum F50TF71CLA  (HVOF) High Density Tungsten Carbide for impact wear F50TF71CLB  (HVOF) High Density Tungsten Carbide as plasma equivalent F50TF71CLC  High Density Tungsten Carbide for non-impact wear F50TF74CLE  Plasma spray thermal barrier with Aluminized bond coat F50TF77CLA  (HVOF) High Density Chrome Carbide Nichrome for impact wear F50TF77CLB  (HVOF) High Density Chrome Carbide Nichrome for plasma equivalent F50TF83CLA   (HVOF) High Density Cobalt-Molybdenum-Chromium-Silicon Alloy thermal spray F50TF87CLB  Yttria-Stabilized Zirconia thermal spray F50TF92CLA  Aluminum Silicon Polyester with melted standard plasma spray F50TF92CLB  Aluminum Silicon Polyester with unmelted standard plasma spray F50TF92CLC   Aluminum Silicon Polyester with melted high erosion resistance plasma spray F50TF92CLD   Aluminum Silicon Polyester with unmelted high erosion resistance plasma spray F50TF93CLA  Nickel Chromium-Silicon-Iron thermal spray F50TF94CLA Aluminum Bronze Alloy F50TF96CLA  Dry film lubrication for high temperature applications F50TF98CLA  Dry film lubrication for low temperature applications F50TF102 Plasma spray for wear applications P1TF33  Technical plans for coating applications P16TF5CLA Combustion flame spray P16TF5CLB Plasma Arc spray P16TF5CLC  Requirements for F50TFXX specifications P16TF5CLD  Hypervelocity Oxy-Fuel spray F50TFXX specifications P28TF6CLA   Thermal spray supplier qualification for oxy-fuel powder and wire thermal spray P28TF6CLB  Thermal spray supplier qualification for air plasma thermal spray S-349 Thermal spray process control S-367 VSE process for thermal spray S-1000 Supplier quality system requirements S-1002 Supplier product quality requirements FPPSP  Field product process surveillance requirements Lubricant Materials: A50TF9  Titanium compatible solid film lubricant with Molybdenum disulfide A50TF90 Epoxy film adhesives A50TF91 Fluorocarbon modified resin enamel A50TF147  Titanium compatible solid film lubricant with Molybdenum disulfide A50TF159  Dry film lubricant with graphite and modified silicate inorganic binder A50TF170  High temperature solid film lubricant containing graphite A50TF171  Resin bonded collide graphite lubricant A50TF174 Resin bonded fluorocarbon lubricant A50TF192   Air drying solid film lubricant with Molybdenum Disulfide, a solvent system and a resin binder A50TF279  Titanium compatible solid dry film lubricant A50TF305  Solid film lubricant with a graphite base Testing Processes: E50TF60  Bond strength testing of thermal sprayed coatings E50TF61  Hoffman scratch hardness test method E50TF65  Metallographic evaluation of thermal spray coatings E50TF66 Lap shear bond strength test P16TF5 Micro hardness P16TF5 Rockwell superficial hardness P16TF5 Rockwell hardness Pratt & Whitney Specifications: PWA 53-1  Plasma spray Tungsten Carbide Colbalt PWA 53-5  Plasma spray Chromium Carbide/Nickel/Chromium Alloy PWA 58-6 Anti-gallant lubricant Honeywell Specifications: M3955   Chemical and technical requirements for Polyester-Aluminum powder M3956   Technical requirements for Nickel-Chromium/Aluminum Composite powder P6405 Procedure for plasma spray EMS52353  Approval of testing laboratories for metallic materials EMS52432 Plasma spray coating deposition EMS57735  Aluminum/Polyester abradable coating EMS57746 Nickel/Aluminum for thermal spray EMS57748   Nickel/Chromium-Aluminum for thermal spray FP5045   Metal spray coating for finishes and plating FP5091   Aluminum-Polyester resin abradable coating for premium applications of finishes and plating PNCP52551 Thermal spray coating disposition General Electric Power Generation Specifications: P16A-AG6  High density Cobalt Based Alloy thermal spray P16B-AG8   Plasma spray barrier coating of a MCrAlY metallic bond coat and a Yttria Stabilized Zirconia top coat P16B-AG11 HVOF process for steam and gas turbine applications P16B-AG20 Plasma spray coating for instrumentation Rolls-Royce Specifications: EMS 27610H   Lubricant of Silicone-Molybdenum Disulfide for threaded parts at temperatures below 750°F EMS 39660A  HVOF spray of Tungsten Carbide for wear resistance EMS 39662    HVOF spray of Chromium Carbide/Nickel Chromium for wear and fret resistance EMS 56719A   Plasma spray of Nickel, Chromium, Aluminum, Yttrium as an undercoating EMS 56721A   Plasma spray of Yttria Stabilized Zirconia for thermal barrier EMS 56722  Plasma spray of Yttria Stabilized Zirconia for thermal barrier EMS 56753  Flame or plasma spray of Aluminum Bronze for salvage rework EMS 56757E  Thermal spray of a Nickel-Aluminum composite to provide a bond coat EMS 56762A   Thermal spray of Nickel-Chromium-Aluminum-Iron-Molybdenum for salvage build-up EMS 56764D   Thermal spray of Aluminum Alloy-Graphite Composite to provide an abradable surface EPS 10411A HVOF thermal spray coating process EPS 10456P   Flame spray of Aluminum Alloy to provide an abradable coating to reduce clearance EPS 10463 Plasma spray of Aluminum Bronze for abrasion and wear resistance   EPS 10479C  Plasma spray of Yttria-Stabilized Zirconia for thermal barrier EPS 10482A    Plasma spray Yttria Stabilized Zirconium Oxide for thermal insulation and heat shock resistance EPS 10483  Plasma spray Tribaloy T-800 for rub tolerance EPS 10540B  Plasma spray Aluminum Graphite for clearance control and rub tolerance EPS 11710B Dry film lubrication as surface bond EPS 11722B Dry film lubrication as surface bond