Goldiva technology

Material Designation	Alloy Composition (wt%)	Condition	UTS (Mpa)	YS (0.2%) (Mpa)	Elongation (%)	Hardness	Density g/cm3 (min)
4600	Nil 1.5-2.5% Mo 0.5% C 0.15% Fe Balance	Sintered Heat Treated	300-400	170-300	13-22	100 HRB	7.5-7.55
8620	Cr 0.5-1% Ni 0.5-1% Mo 0.1-0.25% C 0.2% Max Fe Balance	Sintered Heat Treated	320	130	25	100 HRB	7.5
FN02	C 0.1% Max Nil 1.5-2.5% Fe Balance	Sintered	260	150	20	45 HRB	7.5
FN08	C 0.1% Max Nil 6.5-8.5% Fe Balance	Sintered	380	210	20	69 HRB	7.6
FN0205	C 0.4-0.6% Max Nil 1.5-2.5% Fe Balance	Sintered Heat Treated	415-1100	255-700	15	48-62 HRC	7.55
4605	C 0.4-0.6% Max Nil 1.5-2.5% Si 1.9% Max Fe Balance	Sintered Heat Treated	600-1900	400-1500	2%-5%	48-55 HRC	7.55
8740	C 0.8-1.05% Cr 1.35-1.65% Fe Balance	Sintered Heat Treated	900	500	5	60 HRC	7.5
52100	Ni 0.25% Cr 1.2-1.8% Mo 0.5% Max C 0.8-1.2% Fe Balance	Sintered Heat Treated	1000-1600	650-1100	2%-5%	35-65 HRC	7.5
9310	C 0.2% Max Ni 2.5-3.5% Mo 0.1-0.25% Cr 0.3-0.8% Max Fe Balance	Sintered	540	350	15	375 HVI	7.5
SS 316 L	C 0.08% Max Ni 10-14% Mo 2-3% Cr 16-18% Fe Balance	Sintered	480	150	45	100 HRB	7.65
SS 304	C 0.08% Max Ni 8-11% Cr 17.5-20% Si 1% Max Mn 2% Max Fe Balance	Sintered	450	160	25	100 HRB Max	7.55
SS 316	C 0.08% Max Ni 4.5-7% Mo 2.5-3.5% Cr 21-23% Max Fe Balance	Sintered	732	447	24	100 HRB Max	7.65
SS 440 C	C 0.9-1.2% Max Cr 16-18% Ni 0.75% Max Mo 0.5% Max Fe Balance	Sintered Heat Treated	725	600	4	55 HRC Max	7.5
SS 420	C 0.15-0.4% Cr 12-14% Fe Balance	Sintered Heat Treated	1450	1150	5	39-46 HRC	7.24
17-4 PH	C 0.07% Max Cr 15-18% Max Cu 3-5% Ni 3-5% Nb 0.15-0.45% Fe Balance	Sintered	900-1220	770-1100	7	35-40 HRC	7.5
310	C 0.2-0.5% Cr 24-26% Ni 19-22% Si 0.75-1.3% Nb 1.2-1.5% Fe Balance	Sintered	600-800	250-450	16-40	160-235 HV10	7.72
430	C 0.12% Cr 16-18% Mn 1% Max Si 1% Max Fe Balance	Sintered	350	200	30	100 HV	7.5
410L	C 0.06% Max Cr 12-14% Mn 0.5% Ni 0.3% Mo 0.4% Si 0.2% Fe Balance	Sintered	335	170	20	200 HV	7.55
Nitroni50	C 0.06% Cr 20.5-23.5% Ni 11.5-12.5% Mn 4-6% Mo 1.5-3% Fe Balance	Sintered	570	380	16	200 HV	7.8
Duplex 2507	Cr 25% C 0.03% Max Mn 1.2% Max Mo 4% Ni 7% Max Fe Balance	Sintered	800	500	25	40	7.8
TI6AL4V	C 0.08% Max AI 5.5-6.5% V 3.5-4.5% O 0.25% Mo 0.4% Fe 0.3% Max Ti Balance	Sintered	850	750	10		4.2
CU 999	O 0.05% Fe 0.1% Cu Balance	Sintered	210	50	40	40 HB	8.58
CUNI15Sn8	Ni 14.5-15.5% Sn 7.5-8.5% Cu Balance	Sintered	470	320	10	210	8.7

Material Designation	Alloy Composition (wt%)	Min Density (gm/cm2)	Hardness	Youngs Modulus (Gpa(KSI))	Bend Strength Mpa	Fraction Toughness (Mpa)	Dieelectric Constant
A0-F	AI203 - 99.8%	3.9	200 HV	400	350-450	3.5	10
TZP-A	YTTRIA Stabilized Zirconia	6.06	1350 HV	200	600-800	6.9	22

Note:

The data of the above designated materials are of typical values and changes its physical and mechanical properties with normal variations in the chemical composition, size of the product and heat treatment parameters.

Material Properties

Material Properties

Note:

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