Nickel 205 & 270 Properties

Ed Fagan knows that the mechanical and physical properties are one of the key factors in the selection of the grade of Nickel for an application. As a guide in your evaluation, we have compiled the typical physical and mechanical behaviors, along with the chemistry and specifications for these two grades we supply, Nickel 205 and Nickel 270.

 

For those interested in Nickel 270, we have included additional metallurgical properties as a guide for this 99.97% high-purity nickel. You will find mechanical property data by form (rod, sheet, strip) and condition (hot finished, cold rolled, annealed). Mean linear expansion, thermal conductivity, and electrical resistivity for Nickel 270 is also within this section.

 

Contact the sales team at Ed Fagan regarding Nickel 205 and Nickel 270. We are experts in the special purpose metals and alloys we sell.

 

To download your copy of the Ed Fagan Nickel 205 and/or Nickel 270 data sheet, or any of our other data sheets, navigate to the Data Sheets section in our Technical Library.

 

Nickel 205 Properties

Nickel 205 Physical Properties
Density	lb/cu in	0.321
	g/cm3	8.89
Curie Temp	°F	680
	°C	360
Melting Point	°F	2650
	°C	1454
Electrical Resistivity	Microhms-cm	9.5
	Ohm/cir mil/ft	57
Thermal Conductivity	BTU-in/sq. ft-hr-°F (32 to 212°F )	520
Specific Heat	BTU/lb °F (32 to 212°F )	0.11
Thermal Expansion	in 10-6in./in./°F	7.4
Source: Nickel Cobalt, and Their Alloys

Nickel 205 Typical Mechanical Properties*
Ultimate Tensile Strength	ksi	50
	MPa	345
Yield Strength (0.2% Offset)	ksi	13
	MPa	90
Elongation in 50 mm	% in 2 in.	45
*At room temperature.
Source: Nickel Cobalt and Their Alloys, Table 3

Nickel 270 Properties

Nickel 270 Typical Physical Properties
Density	lb/in3 @68°F	0.321
	g/cm3 @20°C	8.88
Curie Temp	°F	676
	°C	358
Melting Point	°F	2650
	°C	1454
Specific Heat	BTU/lb @(68°F)	0.107
Source: ASM Specialty Handbook, Nickel, Cobalt, and Their Alloys, Nickel 270

Nickel 270 Typical Mechanical Properties*
Ultimate Tensile Strength	ksi	50
	MPa	345
Yield Strength (0.2% Offset)	ksi	16
	MPa	110
Elongation in 50 mm	% in 2 in.	50
Modulus of Elasticity	psi	30 x 106
	GPa	207
Hardness	HRB	30
*At room temperature.
Source: ASM Specialty Handbook, Nickel, Cobalt, and Their Alloys, Nickel 270 p. 22.

Nickel 270 Typical Tensile Properties & Hardness*
Forms & Conditions	Tensile Strength		Yield Strength (0.2% offset)		Elongation	Hardness
	MPa	ksi	MPa	ksi	%	HRB
Rod & Bar, Hot Finished	345	50	110	16	50	40
Strip, Cold Rolled	655	95	621	90	4	95
Strip, Annealed	345	50	110	16	50	35
Sheet, Annealed	345	50	110	16	45	30
*At room temperature | Source: ASM Specialty Handbook, Nickel, Cobalt, and Their Alloys, Nickel 270 Table 10, p.21

Nickel 270 Thermal & Electrical Properties
Temperature		Mean Linear Expansion (a)		Thermal Conductivity		Electrical Resistivity
°C	°F	µm/m • K	µin./in. • °F	W/m • K	Btu/ft • h • °F	nΩ • m
-196	-320	...	...	...	...	6.6
-129	-200	...	...	108	62.4	23.0
-18	0	...	...	91	52.6	59.8
27	80	...	...	...	...	74.8
93	200	13.3	7.4	79	45.6	106.4
204	400	13.7	7.6	70	40.4	169.6
316	600	14.4	8.0	62	35.8	254.3
427	800	15.1	8.4	59	34.1	329.2
538	1000	15.5	8.6	62	35.8	364.1
649	1200	15.8	8.8	65	37.6	395.6
760	1400	16.2	9.0	67	38.7	425.6
871	1600	16.6	9.2	70	40.4	448.8
982	1800	...	...	73	42.2	480.4
1093	2000	...	...	...	...	510.4
(a) From 21 °C (70 °F) to temperature shown
Source: ASM Specialty Handbook, Nickel, Cobalt, and Their Alloys, Nickel 270 Table 11, p.22

Nickel 205 & 270 Chemistry

Nickel Chemistry	Nickel 205 (UNS NO2205) Grade 2	Nickel 270 (UNS NO2270) Grade 4
Nickel, min	99.0	99.97
Copper, max.	0.10	0.001
Iron, max.	0.10	0.005
Manganese, max.	0.30	0.001
Carbon, max.	0.10	0.02
Silicon, max.	0.10	0.001
Sulfur, max.	0.005	0.001
Magnesium, max.	0.010 - 0.08	0.001
Titanium, max.	0.005	0.001
Chromium, max.		0.001
Cobalt, max.		0.001
Source: ASTM F3 Table 3, Grade 2, Grade 4, UNS NO2205 UNS N02270

Nickel 205 & 270 Specifications

Nickel Specifications	Nickel 205	Nickel 270
ASTM	F3 Grade 2	F3 Grade 4
UNS	N02205 Grade 2	N02270 Grade 4

For additional information on specifications of the materials distributed by Ed Fagan, please visit the websites of the international organizations that develop and publish technical standards: ASTM International and ASM International.