GH130

HuaNickel  GH130 is a Fe-Ni-Cr-based precipitation hardening deformed superalloy, it has excellent corrosion resistance, heat resistance and oxidation resistance, GH130 alloy is widely used in aerospace, petrochemical, energy and other fields.

GH130 Chemical composition：

	Fe	Cr	Ni	W	AI	Ti	C	B	Ce	Si	Mn	S	P	Cu
Min	Bal	12	35	5	1.4	2.4	≤
Max		16	40	6.5	2.2	3.2	0.08	0.02	0.02	0.6	0.5	0.015	0.015	0.25

GH130 Physical properties：

Density	8.20g/cm³
Melting point	1348℃~1380℃

Thermal conductivity

θ/℃	100	200	300	400	500
λ/[W/(m·℃)]	12.1	13.8	15.1	16.3	17.6
θ/℃	600	700	800	900
λ/[W/(m·℃)]	19.3	20.9	22.6	24.3	—

Coefficient of linear expansion

θ/℃	20～100	20～200	20～300	20～400	20～500
α/(10-6℃-1)	13.25	14.04	14.10	14.65	14.94
θ/℃	20～600	20～700	20～800	20～900	20～1000
α/(10-6℃-1)	15.52	16.07	17.05	19.18	20.18

Resilient performance

θ/℃	20	100	200	300	400	500	600	700	800	900
Ed/GPa	191	184	178	170	162	155	147	140	135	110
Ed/GPa	198	192	184	180	174	168	161	154	143	128
G/GPs	73	71	67	64	61	57	54	51	49	39
μ	0.30	0.31	0.31	0.32	0.32	0.33	0.34	0.35	0.35	0.38

GH130 Mechanical properties：

Standard number	Variety	Heat treatment	Room temperature hardness HBW	trial category	Tensile properties				Long-lasting performance③
					θ/℃	σb/MPa	δ₅/%	ψ/%	0/℃	σ/MPa	τ/h
						≥					≥
GB/T 14993	Hot rolled rods	standard heat treatment	341～269	A①	800	667	3	8	850 (800)	196 (245)	40  (100)
				B°	800	667	4.5	8	850 (800)	196 (245)	50  (100)
(1) Category A is a regular supply condition. (2) Category B is limited to the supply conditions of bars with a diameter of 32 mm for special conditions for aerospace. (3) When the initial test of durable performance is unqualified, the test shall be repeated according to the indicators in parentheses.

GH302 Alloy properties：

After fine crystallization process + direct aging treatment, HuaNickel GH130 alloy can be used to produce high yield, high fatigue performance discs and long-life rotor blades at 500°C~700°C. When the service temperature is greater than 700°C, the durability and creep limits of the alloy begin to decrease; After long-term aging, the alloy has Laves phase precipitation, which reduces the impact toughness at room temperature. When the alloy is used at 800°C, the surface can be Al-loaded to improve the oxidation and corrosion resistance.

GH130 Uses of alloys：

GH130 alloy has been used in the manufacture of aero engine working blades, marine turbine supercharged turbines, spacecraft fasteners, etc.

GH130 Process performance：

Surface treatment process: In order to eliminate the residual stress on the surface of the finished parts, argon protection can be used, and the aging can be supplemented by 1000°C±10°C ×(10~15) min/AC+800°C± 10°C×4h/AC. When the alloy is used at 800°C, the surface can be infiltrated to improve the oxidation and corrosion resistance.

Relevant standards：

ASTM B408、AMS 5827、BS HR3、DIN 17742  EN 10095