OUR STANDARDS

WHAT STANDARDS ARE BEEN USED BY HSF

WHICH AERO-METALS CAN BE PROCEED BY HSF

INTERNATIONAL STANDARDS USED BY HSF

INTERNATIONAL STANDARDS FOR MANAGEMENT PROCESSES

#	STANDARD	DESCRIPTION OF THE STANDARD	REVISION
1	AS9100	QUALITY MANAGEMENT SYSTEMS - REQUIREMENTS FOR AVIATION, SPACE, AND DEFENSE ORGANIZATIONS	REV.D
2	AS9003	INSPECTION AND TEST QUALITY REQUIREMENTS FOR AVIATION, SPACE, AND DEFENSE ORGANIZATIONS	REV.A
3	ISO-IEC 17025	GENERAL REQUIREMENTS FOR THE COMPETENCE OF TESTING AND CALIBRATION LABORATORIES	2017-12
4	AS9102	AEROSPACE FIRST ARTICLE INSPECTION REQUIREMENT	REV.B
5	AS9103	AEROSPACE SERIES - QUALITY MANAGEMENT SYSTEMS - VARIATION MANAGEMENT OF KEY CHARACTERISTICS	REV.A
6	AS9115	QUALITY MANAGEMENT SYSTEMS - REQUIREMENTS FOR AVIATION, SPACE, AND DEFENSE ORGANIZATIONS -DELIVERABLE SOFTWARE (SUPPLEMENT TO 9100:2016)	REV.A
7	AS9131	AEROSPACE SERIES - QUALITY MANAGEMENT SYSTEMS - NONCONFORMITY DATA DEFINITION ANDDOCUMENTATION	REV.D
8	AS9145	AEROSPACE SERIES – REQUIREMENTS FOR ADVANCED PRODUCT QUALITY PLANNING AND PRODUCTION PARTAPPROVAL PROCESS	2016-11
9	AS9146	FOREIGN OBJECT DAMAGE (FOD) PREVENTION PROGRAM - REQUIREMENTS FOR AVIATION, SPACE, AND DEFENSEORGANIZATIONS	2017-04
10	AS13000	PROBLEM SOLVING REQUIREMENTS FOR SUPPLIERS	2014-05
11	AS13004	PROCESS FAILURE MODE AND EFFECTS ANALYSIS (PFMEA) AND CONTROL PLANS	2017-08
12	AS13006	PROCESS CONTROL METHODS	2018-09
13	ASQ/ANSI Z1.4–2003	SAMPLING PROCEDURES AND TABLES FOR INSPECTION BY ATTRIBUTES	R2018
14	ASQ/ANSI Z1.9–2003	SAMPLING PROCEDURES AND TABLES FOR INSPECTION BY VARIABLES FOR PERCENT NONCONFORMING	R2018
15	AS478	IDENTIFICATION MARKING METHODS	REV.R
16	AS6174	COUNTERFEIT MATERIEL; ASSURING ACQUISITION OF AUTHENTIC AND CONFORMING MATERIEL	REV.A
17	AS6832	COUNTERFEIT MATERIEL, ASSURING ACQUISITION OF AUTHENTIC AND CONFORMING FASTENERS	2020-06
18	ISO 2859	MEASUREMENT MANAGEMENT SYSTEMS - REQUIREMENTS FOR MEASUREMENT PROCESSES AND MEASURINGEQUIPMENT	2012
19	ISO 31000	RISK MANAGEMENT - GUIDELINES	2018-03
20	SAE ARP9134	SUPPLY CHAIN RISK MANAGEMENT GUIDELINE	REV.A
21	ISO 10012	Measurement Management Systems - Requirements for Measurement Processes and Measuring Equipment	2003
22	AS9101	Quality Management Systems – Audit Requirements for Aviation, Space, and Defense Organizations	Rev.F
23	SAE ARP9013	Statistical Product Acceptance Requirements	Rev.A
24	SAE ARP9136	Aerospace Series – Root Cause and Problem Solving (9S Methodology)	2016-11
25	SAE ARP9136	Aerospace Series – Root Cause and Problem Solving (9S Methodology)	2016-11
26	AS9138	Aerospace Series - Quality Management Systems Statistical Product Acceptance Requirements	2018-01
27	J1739	Potential Failure Mode and Effects Analysis (FMEA) Including Design FMEA, Supplemental FMEA-MSR, and Process FMEA	JAN2021

INTERNATIONAL STANDARDS FOR PRODUCTION PROCESSES

#	STANDARD	DESCRIPTION OF THE STANDARD	REVISION
1	AMS2400	PLATING, CADMIUM	REV.Y
2	AMS2402	PLATING, ZINC	REV.L
3	AMS2411	SILVER PLATING FOR HIGH TEMPERATURE APPLICATIONS	REV.J
4	AMS2418	PLATING, COPPER	REV.J
5	AMS2430	SHOT PEENING	REV.U
6	AMS2431	PEENING MEDIA GENERAL REQUIREMENTS	REV.D
7	AMS2460	PLATING, CHROMIUM	REV.A
8	AMS2761	HEAT TREATMENT OF STEEL RAW MATERIALS	2020-07
9	AMS2771	HEAT TREATMENT OF ALUMINUM ALLOY CASTINGS	REV.F
10	AMS2774	HEAT TREATMENT NICKEL ALLOY AND COBALT ALLOY PARTS	REV.G
11	AMS2801	HEAT TREATMENT OF TITANIUM ALLOY PARTS	REV.B
12	AMS-H-81200	HEAT TREATMENT OF TITANIUM AND TITANIUM ALLOYS	REV.D
13	AMS-QQ-N-290	NICKEL PLATING (ELECTRODEPOSITED)	REV.C
14	ASME Y14.5	DIMENSIONING AND TOLERANCING	2018
15	ASME Y14.100	ENGINEERING DRAWING PRACTICES	2017
16	AMSQQA367	ALUMINUM ALLOY FORGINGS	REV.E
17	AS1990	ALUMINUM ALLOY TEMPERS	REV.D
18	AS8879	SCREW THREADS	REV.D
19	AMS2772	HEAT TREATMENT OF ALUMINUM ALLOY RAW MATERIALS	REV.G
20	ASME B1.7	SCREW THREADS: Nomenclature, Definitions, and Letter Symbols	2006
21	ASME B1.1	Unified Inch Screw Threads (UN, UNR, and UNJ Thread Forms)	2019
22	ASME B1.3	Screw Thread Gaging Systems for Acceptability: Inch and Metric Screw Threads (UN, UNR, UNJ, and MJ)	2007
23	J417	Hardness Tests and Hardness Number Conversions	2018-01
24	AS3062	Bolts, Screws, and Studs, Screw Thread Requirements	Rev.D
25	AMS2469	Hard Anodic Coating on Aluminum and Aluminum Alloys	Rev.J
26	ASTM F519	Standard Test Method for Mechanical Hydrogen Embrittlement Evaluation of Plating/ Coating Processes and Service Environments	2018

RAW-MATERIAL MACHINING CAPABILITY

HIGH- TEMPERATURE MATERIALS

#	ALLOY	UNS NUMBER
1	A-286	S66286
2	Alloy 713LC (C)	N07713
3	Astroloy	N13017
4	Cast Alloy 625	N26625
5	D-979	N09979
6	Hastelloy S	N06635
7	Hastelloy X	N06002
8	Haynes 188	R30188
9	Haynes 214	N07214
10	Haynes 230	N06230
11	Haynes 242	N10242
12	Haynes 556	R30556
13	Haynes HR-120	N08120
14	Haynes HR-160	N12160
15	IN-100	N13100
16	IN-102	N06102
17	lncoloy 800	N08800
18	lncoloy 800H	N08810
19	lncoloy 800HT	N08811
20	Incoloy 801	N08801
21	Incoloy 802	N08802
22	Incoloy 803	S35045
23	Incoloy 903	N19903
24	lncoloy 907	N19907
25	lncoloy 909	N19909
26	lnconel 600	N06600
27	Inconel 601	N06601
28	Inconel 617	N06617
29	lnconel 625	N06625
30	Ilnconel 690	N06690
31	Inconel 706	N09706
32	lnconel 718	N07718
33	Inconel MA754	N07754
34	lnconel X750	N07750
35	L-605	R30605
36	M 252	N07252
37	MP35N	R30035
38	MP159	R30159
39	IN-155	R30155
40	Nimocast 75	N06075
41	Nimonic 75	N06075
42	Nimonic 80A	N07080
43	Nimonic 90	N07090
44	Nimonic 901	N09901
45	René 41	N07041
46	Udimet 500	N07500
47	Ultimet	R31233
48	Waspaloy	N07001
48	X-40	R30031

TITANIUM ALLOYS

#	ALLOY	ATTRIBUTES/APPLICATIONS
1	Ti6Al4V	Workhorse, general purpose high strength alloy
2	Ti6Al2Sn4Zr2Mo (6-2-4-2)	Creep and oxidation resistant engine alloy
3	Ti6Al2Sn4Zr6Mo (6-2-4-6)	Creep and oxidation resistant engine alloy
4	Ti3Al8V6Cr4Zr4Mo (Beta C)	Beta alloy with established spring applications
5	Ti10V2Fe3Al (10-2-3)	Beta forging alloy used for the landing gear
6	Ti15V3Cr3Sn3Al (15-3-3-3)	High strength heat treatable beta sheet alloy
7	Ti3Al2.5V	Medium strength alloy used for hydraulic tubing
8	Ti4Al4Mo2Sn (550)	Higher strength heat treatable airframe and engine alloy
9	Ti5.5Al3.5Sn3Zr1Nb (829)	Advanced engine alloy, creep and oxidation resistant
10	Ti5.8Al4Sn3.5Zr0.7Nb (834)	Advanced engine alloy, creep and oxidation resistant
11	Ti5Al2Sn4Mo2Zr4Cr (Ti17)	Advanced engine alloy, creep and oxidation resistant
12	Ti15Mo3Nb3Al0.2Si (21S)	Oxidation and corrosion resistant beta sheet alloy
13	Ti2Cu	Heat treatable sheet alloy
14	Ti4Al4Mo4Sno.5Si (551)	High strength airframe alloy, very limited availability
15	Ti8Al1Mo1V	Early alloy now mainly used for spares and replacements
16	Ti-6-6-2	High strength alloy with specific earlier applications
17	Ti11Sn5Zr2.5Al1Mo0.2Si (679)	Earlier engine alloy rarely specified in new programmes
18	Ti6Al5Zr0.5MoO.25Si (685)	Engine alloy now mainly for spares and replacements
19	Ti4.5Al4Mo4Sn0.5Si (SP 700)	Competitor for Ti6Al4V for SPF and general use

STEEL ALLOYS

#	DESIGNATION	COMMERCIAL NAME	TYPICAL COMPOSITION	AEROSPACE APPLICATION
1	Ultra-high Strength Steels	4340	Fe- 0.35C-0.7Mn-0.3Si-0.8Cr- 1.8Ni-0.25Mo-	Landing gear, fasteners
2	Ultra-high Strength Steels	D6-AC	Fe-0.45C-0.75Mn-0.25Si-1.1Cr- 0.6Ni-1.0Mo-0.08V	Motor cases for solid fuel rockets
3	Ultra-high Strength Steels	300M	Fe-0.43C-0.8Mn-1.6Si-0.8Cr- 1.8Ni-0.4Mo-0.05V	Fasteners, landing gear, airframe parts
4	High Fracture Toughness Steels	HP 9-4-30	Fe-0.30C-0.25Mn-0.2Si-1.0Cr- 7.5Ni-1.0Mo-0.1V-4.5Co	Aircraft structural components
5	High Fracture Toughness Steels	AF1410	Fe-0.15C-0.1Mn-0.1Si-2.0Cr- 10Ni-1.0Mo-14Co	Aircraft structural components
6	Maraging Steels	18Ni (250)	Fe-18Ni-5Mo-8.5Co-0.4Ti-0.1Al	Aircraft structural parts, shafts, missile cases
7	Austenitic Stainless Steels	301, 302	Fe-18Cr-8Ni	General purpose corrosion and heat resistantsteel
8	Austenitic Stainless Steels	304, 304L	Fe-LowC-19Cr-10Ni	General purpose corrosion resistant – betterthan 301
9	Austenitic Stainless Steels	316, 317	Fe-18Cr-13Ni-Mo	Tubing in propulsion systems
10	Austenitic Stainless Steels	321	Fe-18Cr-10Ni-Ti	Aircraft structural tubing
11	Austenitic Stainless Steels	347, 348	Fe-18CR-10Ni-Nb	Aircraft structural tubing
12	Austenitic Stainless Steels	21-6-9	Fe-LowC-20Cr-6.5Ni-9Mn-0.28N	Aircraft hydraulic line tubing
13	Martensitic Stainless Steels	403, 410, 416	Fe-LowC-12Cr	Engine parts
14	Martensitic Stainless Steels	440A, B, C, F	Fe-HighC-17Cr-0.5Mo	Cryogenic bearings
15	Precipitation Hardening Stainless Steels	17-4PH	Fe-17Cr-4Ni4Cu	Structural parts requiring corrosion resistance
16	Precipitation Hardening Stainless Steels	17-7PH	Fe-17Cr-7Ni-1Al	Structural parts requiring corrosion resistance
17	Precipitation Hardening Stainless Steels	15-5PH	Fe-15Cr-4.5Ni-0.3Cb-3.5Cu	Structural parts requiring corrosion resistance
18	Precipitation Hardening Stainless Steels	Custom 455	Fe-LowC-12Cr-8Ni-2Co-1Ti+Cb	Structural parts requiring corrosion resistance
19	Nickel Chromium Steels	A-286	Fe-25Ni-15Cr-2Ti-1.5Mn-1.3Mo- 0.3V	Propulsion systems
20	Nickel Chromium Steels	JBK-75	Fe-30Ni-15Cr-2Ti-0.1Mn-1.3Mo- 0.3V-0.3Al	Propulsion systems
21	Nickel Chromium Steels	Incoloy	Fe-34Ni-20Cr	Hot sections of engines

ALUMINUM ALLOYS

#	GRADE	TYPE	TRAITS
1	355.0	Cast	Very hard. Good machinability and corrosion resistance
2	A356.0	Cast	General purpose alloy. High strength and good castability. Great corrosion resistance
3	A360	Cast	High strength when treated. Average machinability, good corrosion resistance
4	2014	Wrought	Easily machinable in certain tempers. Among the strongest aluminium alloys. High hardness. Difficult to weld, as it’s subject tocracking. Commonly extruded and forged. Corrosion resistance is poor.
5	2024	Wrought	Copper used as the principal alloying element and can be strengthened significantly through solution heat-treating. Goodcombination of strength and toughness, but lower atmospheric corrosion resistance than many other aluminum alloys.
6	3003	Wrought	Moderate strength and good workability. Manganese is the major alloying element
7	4047	Wrought	Unique; used as cladding or filler alloy. Filler strips can be combined to bond two metals.
8	5052	Wrought	Moderate to high strength, as well as good weldability and resistance to corrosion in marine environments.
9	5059	Wrought	Resistant to saltwater corrosion
10	5083	Wrought	Highest strength of non-heat-treated alloys. Good weldability and resistance to corrosion in marine environments.
11	5086	Wrought	Resistant to saltwater corrosion
12	5754	Wrought	Moderate to high strength, excellent weldability
13	6061	Wrought	Heat treatable, highly formable, weldable. Moderately high strength and highly corrosion-resistant. Contains silicon and magnesium
14	6063	Wrought	Heat treatable, with moderately high strength. Excellent corrosion resistance. Can be successfully extruded.
15	6111	Wrought	Good corrosion resistance and precipitation hardening
16	6351	Wrought	Heat treatable, highly formable, weldable. Moderately high strength and nice corrosion resistance
17	6951	Wrought	Heat treatable to provide additional strength
18	7050	Wrought	Heat-treatable, incredibly strong alloy. Zinc is primary alloying agent. Magnesium, copper, and chromium exist in small quantities.
19	7075	Wrought	Heat-treatable, incredibly strong alloy. Zinc is primary alloying agent. Magnesium, copper, and chromium exist in small quantities.
20	7475	Wrought	Heat-treatable, incredibly strong alloy. Zinc is primary alloying agent. Magnesium, copper, and chromium exist in small quantities.