Powder Metallurgy Standards Machinery's Handbook, 31st Edition
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ISO 3738-1 and-2 – Rockwell hardness testing ISO 3878 – Vickers hardness testing ISO 3907 – Total carbon content ISO 3908 – Insoluble carbon content ISO 3909 – Cobalt content ISO 4489 – Sampling and testing of sintered hardmetals ISO 4499-1 and-2 – Metallography ISO 4501 – Titanium content ISO 4503 and 4883 – X-ray fluorescence analysis ISO 4505 – Metallographic assessment of porosity and uncombined carbon ISO 4506 – Compression testing ISO 4884 – Sampling and testing of powders using sintered test pieces ISO 7627-1,-2,-3,-4,-5, and -6 – Chemical analysis by frame atomic spectrometry ISO 11877 and 17352 – Silicon in cobalt metal powders ISO 28079 – Palmqvist toughness testing ISO 28080 – Abrasion tests for hard metals ISO 26482 – Lead and cadmium content ISO 22394 – Knoop hardness test ISO 11876 – Calcium, copper, iron, magnesium, manganese, sodium, nickel, and zinc in cobalt metal powder ISO 11873 – Sulfur and carbon contents in cobalt metal powders ISO 5755:2012 – Sintered metal materials specifications ISO 22068 – Sintered-metal injection-mounded material specifications The participation of the United States in ISO/TC119 is through the member body, the American National Standards Institute (ANSI). ASTM Standards.— The ASTM international committee with the responsibility for de- velopment of PM standards is Committee B09 within the general subject Metal Powders and Metal Powders Products. This committee is composed of sub-committees that ad- dress specific segments as follows: B09.01 – Terminology B09.02 – Base Metal Powders B09.03 – Refractory Metal Powders B09.04 – Bearings B09.05 – Structural Parts B09.06 – Cemented Carbides B09.11 – Near Full Density Powder Metallurgy Materials B09.98 – Long Range Planning and Awards Standards can be found by searching the catalog of each subject area of the sub- committee. MPIF Standards.— The Metal Powder Industry Federation (MPIF) Standard 35 is a fam ily of publications that comprises four separate publications dealing with materials for conventional PM structural parts, PM self-lubricating bearings, powder forged (PF) steel, and metal injection molded parts (MIM). The same materials may appear in more than one publication or section of the standard depending upon their common use, e.g., some structural materials may also be used in bearing applications and vice versa, and stainless steel materials may be manufactured by more than one PM process, such as conventional PM or MIM, dependent upon part design and use. Powder metallurgy standards available from MPIF include: MPIF Standard 35 – Materials Standards for PM Structural Parts MPIF Standard 35 – Material Standards for PM Self-Lubricating Bearings MPIF Standard 35 – Materials Standards for PM Steel Parts MPIF Standard 35 – Materials Standards for PM Metal Injection Molding Parts
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