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High Temperature Alloy Wire, Nickel Based Alloy Wire, GH80A Wire

GH80A GH4080A High Temperature Alloy Wire


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Material: GH80A/GH4080A, GH4169, GH3625, GH4141, GH2135, GH2132, GH3600, GH4090, ETC.
Round Wire: 0.15-15mm
Flat Ribbon: 0.1-1mm x 0.5-5mm
Surface: Bright, Original, Pickling White
State: Soft Annealed, Half Hard, Hard
Application: Resistor, Heating Element, Resistance Furnace, Household Appliances, Precision Instruments & Meters, etc.
Packing: On Spool / In Coils - Carton / Woven Bag - Pallet or Wooden Case

High Temperature Alloy Nickel Based Alloy High Temperature Wire GH4080A Wire Alloy Wire Nickel Based High Temperature Alloy

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GH80A GH4080A High Temperature Alloy Wire

GH80A/GH4080A
Chemical Composition %	Ni: Margin	Cr: 18-21	P: ≤0.02
	Co: ≤2.0	S: ≤0.015	C: 0.04-0.1
	Ti: 1.8-2.7	Mn: ≤0.40	Al: 1.0-1.8
	Fe: ≤1.5
Melting Point ℃	1405
Density g/cm3	8.15
Application Area	GH80A is widely used in the manufacturing of turbine blades, wheels, nozzles, and combustion chambers working at high temperatures in fields such as aviation, aerospace, and electronics.

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