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High Temperature Alloy Bar, Nickel Based Alloy Bar, Steel Bar, High Temperature Alloy, Steel Rod

GH3030 High Temperature Alloy Steel Bar


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Material: GH3030, GH80A/GH4080A, GH4169, GH3625, GH4141, GH2135, GH2132, GH3600, GH4090, ETC.
Hot Rolled Dia: 8-120mm
Cold Draw Dia: ≤50mm
Forged Dia: 38-350mm
Surface: Bright, Original
Application: Resistor, Heating Element, Resistance Furnace, Household Appliances, Precision Instruments & Meters, etc.
Packing: Wooden Case

High Temperature Alloy Nickel Based Alloy Nickel Based High Temperature Alloy GH3030 Steel Alloy Bar Steel Alloy Bar Steel Bar

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GH3030 High Temperature Alloy Steel Bar

GH3030
Chemical Composition %	Ni: Margin	Cr: 19-22	Fe: ≤1.5
	Mn: ≤0.7	Co: ≤3.0	Al: ≤0.15
	Si: ≤0.8	Cu: ≤0.2	C: ≤0.12
	Ti: 0.15-0.35
Melting Point ℃	1374-1420
Density g/cm3	8.4
Application Area	Mainly used for turbine engine combustion chamber components operating below 800 ℃ and other high-temperature components that require oxidation resistance but bear very little load below 1100 ℃

Alloy Grade	Chemical Composition %
Alloy Grade	Cr	Ni	W	Mo	Al	Ti	Fe
GH1015	19.0-22.0	34.0-39.0	4.8-5.8	2.5-3.2	-	-	Margin
GH1016	19.0-22.0	32.0-36.0	5.0-6.0	2.6-3.3	-	-	Margin
GH1035	20.0-23.0	35.0-40.0	2.5-3.5	-	≤0.50	0.7-1.2	Margin
GH1040	15.0-17.0	24.0-27.0	-	5.5-7.0	-	-	Margin
GH1131	19.0-22.0	25.0-30.0	4.8-6.0	2.8-3.5	-	-	Margin
GH1140	20.0-23.0	35.0-40.0	1.4-1.8	2.0-2.5	0.2-0.6	0.7-1.2	Margin
GH2018	18.0-21.0	40.0-44.0	1.8-2.2	3.7-4.3	0.35-0.75	1.8-2.0	Margin
GH2036	11.5-13.5	7.0-9.0	-	1.1-1.4	-	≤0.12	Margin
G2038	10.0-12.5	18.0-21.0	-	-	≤0.50	2.3-2.8	Margin
GH2130	12.0-16.0	35.0-40.0	5.0-6.5	-	1.4-2.2	2.4-3.2	Margin
GH2132	13.5-16.0	24.0-27.0	-	1.0-1.5	≤0.40	1.75-2.3	Margin
GH2135	14.0-16.0	33.0-36.0	1.7-2.2	1.7-2.2	2.0-2.8	2.1-2.5	Margin
GH2136	13.0-16.0	24.5-28.5	-	1.0-1.75	≤0.35	2.4-3.2	Margin
GH2302	12.0-16.0	38.0-42.0	3.5-4.5	1.5-2.5	1.8-2.3	2.3-2.8	Margin
GH3030	19.0-22.0	74.3-77.5	-	-	≤0.15	0.15-0.35	≤1.5
GH3039	19.0-22.0	68.5-74.9	-	1.8-2.3	0.35-0.75	0.35-0.75	≤3.0
GH3044	23.5-26.5	49.3-55.7	13.0-16.0	≤0.50	≤0.50	0.3-0.7	≤4.0
GH3128	19.0-22.0	54.9-61.7	7.5-9.0	7.5-9.0	0.4-0.8	0.4-0.8	≤2.0
GH3536
GH4033	19.0-22.0	69.1-73.9	-	-	0.6-1.0	2.4-2.8	≤4.0
GH4037	3.0-26.0	71.8-72.9	5.0-7.0	2.0-4.0	1.7-2.3	1.8-2.3	≤5.0
GH4043	15.0-19.0	59.4-69.3	2.0-3.5	4.0-6.0	1.0-1.7	1.9-2.8	≤5.0
GH4049	9.5-11.0	52.9-59.0	5.0-6.0	4.5-5.5	3.7-4.4	1.4-1.9	≤1.5
GH4133	19.0-22.0	74.0-76.0	-	-	0.7-1.2	2.5-3.0	≤1.50
GH4169	17.0-21.0	50.0-55.0	-	2.8-3.3	0.2-0.6	0.65-1.15	Margin

7*24 Hours Service

Have an excellent after-sales service team to ensure that the first time to solve customer after-sales problems.

Reasonable Price

More than 10 precision production line, easy to realize large quantities of goods, to provide you with the best price.

1

Plate/Strip Cutting

We can cut the sheet plates and strips as you required.

2

Surface Treatment

We offer different surface treatments like brushed, mirror, painting etc. for your sheet, strips.

3

Laser Cutting

We offer laser cutting service for your OEM requirements.

4

Material Process

We can make flanges, springs, woven belts, curly furnace wires, etc.

High-temperature nickel-based alloys are widely used in electric resistance heating applications, primarily due to their excellent high-temperature stability, oxidation resistance, corrosion resistance, and favorable electrical resistivity properties.

Electric Heat and Resistance
High-temperature nickel-based alloys are widely used in high-temperature industrial equipment due to their excellent thermal stability, oxidation and corrosion resistance, and superior mechanical strength at elevated temperatures.

High Temperature Industrial Equipment
High-temperature nickel-based alloys are widely used in the petrochemical industry under high-temperature, high-pressure, and highly corrosive environments due to their excellent heat resistance, corrosion resistance, and creep resistance.

Petrochemical Industry
High-temperature nickel-based alloys have become critical materials for modern aerospace engines and high-temperature components due to their exceptional high-temperature strength, oxidation resistance, creep resistance, and fatigue resistance.

Aerospace Industry