EN10095 1.4876

Standard : EN10095 1.4876

EN10095 / 1.4876 thermal processing and cooling processing performance and austenitic steels much the same. Thermal processing temperature of 1000 ~ 1230 ℃, simple processing can be carried out in the following 850 ℃. However, within a temperature range of 650 ~ 850 ℃ cracking occurs, be sure to avoid. Austenitic stainless steel cold workability exactly the same, but the work hardening characteristics slightly lower than that of austenitic stainless steel.

EN10095 / 1.4876 Nickel base alloy Chemical composition :

	C	Si	Mn	P	S	Ni	Cr	Cu	Al	Ti	Fe
Min	―	―	―	―	―	30.00	19.00	―	0.15	0.15	―
Max	0.12	1.00	2.00	0.030	0.015	34.00	23.00	―	0.60	0.60	―

Mechanical properties at room temperature

EN10095 / 1.4876 Nickel base alloy Mechanical properties

0.2% Yield Strength (N/mm2)	Tensile strength (N/mm2)	Elongation (%)	Hardness
			(HV)	(HB)
≧ 170	450-680	≧ 30	―	≦ 192

EN10095 / 1.4876 Temperature characteristics

	Thermal conductivity (W/(m•K))	Coefficient of thermal expansion	Elastic Modulus (GPa)
Room temperature	12.6	―	197
100℃	14.1	14.6	193
200℃	16.1	15.9	187
300℃	17.8	16.4	180
400℃	19.3	16.8	173
500℃	20.6	17.0	167
600℃	23.2	17.3	159
700℃	24.4	17.7	152
800℃	25.1	18.1	145
900℃	25.9	18.3	138
1000℃	26.7	18.6	131

EN10095 / 1.4876 corrosion in oxidizing environments nitrate, nitric acid and sulfuric acid mixture, as well as soda and salt in molten salts have good corrosion resistance and susceptibility to stress corrosion cracking than the standard austenitic stainless steel.

EN10095 / 1.4876 Nickel base alloy application
Widely used in a mantle heater jacket tube, thermocouple protection tubes, heat treatment furnace, as well as materials for use in high temperature environments.

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