Next Generation Technology

Material Group	UNS Desig.Alloy Name		C wt%	Cr wt%	Sn wt% Si wt% Co wt% Cu wt% Mo wt% Ni wt% Mn wt%							Fe wt%	Other wt%
Low Alloy	8% Ni-Steel		0.6 max*		6.5-8.5	0.5 max				0.5 max		balance
Steels	MIM 46XX*		0.6 max*		1.5-2.5	0.5 max				0.5 max		balance
Austenitic	AISI 316L	S31603	0.03 max	16-18	10-14	2-3		2 max		1 max		balance	P O.045 max,S 0.03 max
Stainless Steels	AISI 304L	S30403	0.03 max	18-20	8-12			2 max		1 max		balance	P O.045 max,S 0.03 max
Ferritic	AISI 430	S43000	0.12 max	16-18				1 max		1 max		balance	P 0.04 max,S 0.03 max
Stainless Steel
Martensitic	AISI 420	S42000	0.15 min	12-14				1 max		1 max		balance	P 0.04 max,S 0.03 max
Stainless Steel	AISI 440C	S44004	0.95-1.20	16-18				1 max		1 max		balance	P 0.04 max,S 0.03 max
Precipitation	17-4 PH	S17400	0.07 max	15.5-17.5	3-5		3-5	1 max		1 max		balance	P 0.04 max,S 0.03 max
Hardening
Stainless Steel													cb + Ta = 0.015-0.045
Duplex Structure	ASTM A276 (2205)	S31803	0.03 max	21-23	4.5-6.5	2.5-3.5		2 max		1 max		balance	P 0.03 max,S 0.02 max
Stainless Steel
Soft Magnetic	FeSi		0.1 max							2-3		balance
Materials	Alloy 50		0.1 max		50 nom							balance
Copper Based	Cu-100%						99 nom
	Cu-15Ni-8Sn	C72900			14.5-15.5		balance				7.5-8.5	0.5 max	Cb,Pb ,Zn
	(Spinodal)
Titanium	Ti-6AI-4V												6% AI,4% V, Balance Ti

*Carbon levels are variable with application ^{REV. B DATE 03/01/99}

Note:

All chemistries given are typical. Advanced Forming Technology does not guarantee results or warranty that these materials are fit for any particular purpose. All materials need to be tested by the customer to assure they meet minimum performance criteria.

This information is also covered in the MIM Material Checklist PDF file.