Hastelloy X and Nickel Alloy X Chemical Composition and Heat Treatment

Haynes Hastelloy X Spot Lights
Common Trade Names	Hastelloy X®, Alloy-X Inconel HX®, ATI HX ™
Density	8.22 g/cm³
Melting Range	1260 - 1355 °C
Welding Methods	Shielded Metal Arc, Gas Tungsten Arc, Gas Metal Arc
Electrical Resistivity	114.83 µohm-cm
Processing	Grinding, Heat Treating, Leveling, Trepanning
Measuring	Laser Gauge Measurement, Ultrasonic Testing
Common Applications	Jet engine, Tailpipes Afterburners, Petro-chemical
Get Hastelloy X as per Standards Click Here

Table of Content

Nickel Alloy X Chemical Composition
Machining Hastelloy X Key Features
UNS N06002 Comparative Average Hot Corrosion Resistance
Hastelloy Alloy X Creep and Stress-Rupture Strengths
Nickel Alloy X Comparative Static Oxidation Data
Hastelloy® X Impact Strength
Alloy X Aged Hardness at Room Temperature

WNR 2.4665 Mechanical Properties
Machining Hastelloy X Physical Properties
Hast X Alloy Cutting Speeds for High-Speed Steels
Nickel Alloy X Applications
Alloy X Average Dynamic Oxidation Resistance
WNR 2.4665 Average Dynamic Modulus of Elasticity
Hast X Material Weld Methods
Machining Guide for HASTELLOY Alloy X

Nickel Alloy X Supplier in India in Various Forms, Refer Chemical Composition

Nickel Alloy X Chemical Composition

Weight %
Nickel	47 Balance
Cobalt	1.5
Tungsten	0.6
Carbon	0.1
Manganese	1 max.
Silicon	1.0 max.
Boron	0.008 max.
Niobium	0.5 max.
Chromium	22.0
Iron	18.0
Molybdenum	9.0
Aluminum	0.5 max.
Titanium	0.15 max.

Machining Hastelloy X Key Features

High strength and resistance
Excellent resistance to oxidation
Good fabricability
Resistance to stress-corrosion cracking
Fabricability

Offer UNS N06002 Wrought Nickel Base Alloy With Oxidation Resistance Up to 2200 ° F

UNS N06002 Comparative Average Hot Corrosion Resistance

Test Temperature		Test Period	Total Metal Affected/Side
Test Temperature		Test Period	X		188		S
°F	°C	h	mils	mm	mils	mm	mils	mm
1650	900	200	3.0	0.08	2.7	0.07	2.1	0.05
1650	900	1000	6.8	0.17	7.5	0.19	3.7	0.09

Hastelloy Alloy X Creep and Stress-Rupture Strengths

Test Temperature		Average Stress for Indicated Percent/Hour Minimum Creep Rate
Test Temperature		0.0001		0.001		0.01		0.1
°F	°C	ksi	MPa	ksi	MPa	ksi	MPa	ksi	MPa
1200	649	14.7	101	21.0	145	31.0	214	44.0	303
1400	760	7.2	50	10.0	69	14.0	97	19.5	134
1600	871	2.7	19	4.1	28	6.2	43	9.2	63
1800	982	0.7	5	1.3	9	2.2	15	3.7	26
2000	1093	-	-	-	-	-	-	0.9	6

Nickel Alloy X Comparative Static Oxidation Data

Alloy	1800°F (980°C)				2000°F (1095°C)
	Metal Loss/Side		Metal Loss + CIP**/Side		Metal Loss/Side		Metal Loss + CIP**/Side
	mils	mm	mils	mm	mils	mm	mils	mm
X	0.29	0.007	0.74	0.019	1.5	0.038	2.7	0.069

Hastelloy® X Impact Strength

Aging Temperature		Aging Time	Average Charpy V-Notch Impact Strength
°F	°C	h	ft.-lb.	J
SHT	SHT	-	95	129
1200	649	1000	24	33
		4000	12	16
		8000	15	20
1400	760	1000	10	14
		4000	10	14
		8000	8	11
1600	871	1000	15	20
		4000	12	16
		8000	15	20
		16000	12	16

Alloy X Aged Hardness at Room Temperature

Form	Aging Temperature		Aging Time	HRBW
Form	°F	°C	h	-
Plate	SHT	SHT	-	54
	1200	649	1000	57
			4000	62
			8000	63
	1400	760	1000	60
			4000	59
			8000	58
	1600	871	1000	56
			4000	56
			8000	54
Sheet	SHT	SHT	-	54
	1200	649	1000	56
			4000	62
			8000	63
	1400	760	1000	62
			4000	61
			8000	60
	1600	871	1000	61
			4000	58
			8000	55
All Weld Metal	1200	649	1000	64
			4000	65
			8000	63
	1400	760	1000	62
			4000	60
			8000	60
	1600	871	1000	56
			4000	55
			8000	54

WNR 2.4665 Stockist in Mumbai With Density 8.22 g/cm³, Check Mechanical Properties

WNR 2.4665 Mechanical Properties

Test Temperature		Ultimate Tensile Strength		0.2% Yield Strength		Elongation
°F	°C	ksi	MPa	ksi	MPa	%
70	21	110.2	760	49.3	340	48.9
1000	538	87.6	604	32.5	224	60.2
1200	649	80.9	558	30.7	212	63.5
1400	760	61.0	421	31.6	218	74.5
1600	871	37.0	255	27.4	189	98.1
1800	982	20.0	138	13.6	94	98.1
2000	1093	10.4	72	6.5	45	95.3

Machining Hastelloy X Physical Properties

Property	Metric Units		Customary Units
Density	22°C	8.22 g/cm³	72°F	0.297 lb/in³
Melting Range	1260 - 1355 °C		2300 - 2470 °F
Electrical Resistivity	24°C	114.83 µohm-cm	75°F	45.21 µohm-in
	38°C	115.27 µohm-cm	100°F	45.38 µohm-in
	94°C	116.56 µohm-cm	200°F	45.89 µohm-in
	149°C	117.63 µohm-cm	300°F	46.31 µohm-in
	205°C	118.82 µohm-cm	400°F	46.78 µohm-in
	260°C	119.88 µohm-cm	500°F	47.20 µohm-in
	316°C	120.73 µohm-cm	600°F	47.53 µohm-in
	371°C	121.73 µohm-cm	700°F	47.93 µohm-in
	427°C	122.51 µohm-cm	800°F	48.23 µohm-in
	483°C	123.46 µohm-cm	900°F	48.61 µohm-in
	538°C	124.46 µohm-cm	1000°F	49.00 µohm-in
	594°C	125.44 µohm-cm	1100°F	49.38 µohm-in
	649°C	125.81 µohm-cm	1200°F	49.53 µohm-in
	705°C	126.02 µohm-cm	1300°F	49.61 µohm-in
	760°C	126.20 µohm-cm	1400°F	49.68 µohm-in
	816°C	126.32 µohm-cm	1500°F	49.73 µohm-in
	871°C	126.50 µohm-cm	1600°F	49.80 µohm-in
	927°C	126.52 µohm-cm	1700°F	49.81 µohm-in
	983°C	126.17 µohm-cm	1800°F	49.67 µohm-in
	1038°C	125.96 µohm-cm	1900°F	49.59 µohm-in
	1094°C	125.90 µohm-cm	2000°F	49.57 µohm-in
Thermal Conductivity	25°C	9.2 W/m-°C	70°F	63 Btu-in/ft²-hr-°F
	100°C	11.2 W/m-°C	200°F	76 Btu-in/ft²-hr-°F
	200°C	14.1 W/m-°C	500°F	98 Btu-in/ft²-hr-°F
	600°C	20.9 W/m-°C	1100°F	144 Btu-in/ft²-hr-°F
	650°C	21.9 W/m-°C	1200°F	151 Btu-in/ft²-hr-°F
	700°C	22.8 W/m-°C	1300°F	159 Btu-in/ft²-hr-°F
	750°C	23.8 W/m-°C	1400°F	166 Btu-in/ft²-hr-°F
	800°C	24.7 W/m-°C	1500°F	174 Btu-in/ft²-hr-°F
	850°C	25.7 W/m-°C	1600°F	182 Btu-in/ft²-hr-°F
	900°C	26.7 W/m-°C	1700°F	189 Btu-in/ft²-hr-°F
Specific Heat	RT	486 J/kg-°C	RT	0.116 Btu/lb-°F
	100°C	487 J/kg-°C	200°F	0.117 Btu/lb-°F
	200°C	484 J/kg-°C	400°F	0.118 Btu/lb-°F
	300°C	491 J/kg-°C	600°F	0.119 Btu/lb-°F
	400°C	507 J/kg-°C	800°F	0.123 Btu/lb-°F
	500°C	531 J/kg-°C	1000°F	0.130 Btu/lb-°F
	600°C	564 J/kg-°C	1200°F	0.139 Btu/lb-°F
	700°C	606 J/kg-°C	1400°F	0.151 Btu/lb-°F
	800°C	657 J/kg-°C	1600°F	0.167 Btu/lb-°F
	900°C	716 J/kg-°C	1800°F	0.186 Btu/lb-°F
	1000°C	784 J/kg-°C	2000°F	0.205 Btu/lb-°F
Mean Coefficient of Thermal Expansion	26 - 100°C	13.9 ×10⁻⁶ m/m-°C	79 - 200°F	7.7 µin/in-°F

Hast X Alloy Cutting Speeds for High-Speed Steels

Operation	Speed		Feed
Operation	sfpm	m/s	ipr	mm/rev
Turning	12-20	0.06 / 0.010	0.010	0.25
Drilling (.500"/12.70 mm)	10-12	0.05 / 0.06	0.006 / 0.010	0.15 / 0.25
Tapping	5-10	0.03 / 0.05	-	-
Milling	10-20	0.05 / 0.10	-	-
Reaming	8-10	0.04 / 0.05	-	-

Buy Hast X Material With Excellent Forming and Welding Characteristics For Gas Turbine Engine Components

Nickel Alloy X Applications

Alloy X Average Dynamic Oxidation Resistance

Test Temp., °F (°C)	Test Period, hrs.	Total Metal Affected/Side, mils (mm)	Maximum Penetration/Side, mils (mm)	Metal Loss/Side, mils (mm)
1600 (871)	100	0.8 (0.02)	0.5 (0.01)	0.3 (0.01)
1600 (871)	1000	4.5 (0.11)	3.2 (0.08)	1.2 (0.03)
1800 (982)	100	2.0 (0.05)	1.1 (0.03)	0.9 (0.02)
1800 (982)	1000	5.8 (0.15)	4.1 (0.10)	1.7 (0.04)
1900 (1038)	100	2.5 (0.06)	1.7 (0.04)	0.9 (0.02)
2000 (1093)	100	3.7 (0.09)	2.3 (0.04)	1.4 (0.04)
2100 (1149)	100	4.4 (0.11)	2.4 (0.06)	1.9 (0.05)

WNR 2.4665 Average Dynamic Modulus of Elasticity

Form	Condition	Average Dynamic Modulus of Elasticity, 10⁶ psi (MPa)	Test Temp, °F(°C)
Sheet	Heat-treated at 2150 °F (1177°C), Rapid Cooled	28.5 (196,000)	76 (25)
		28.0 (193,000)	212 (100)
		26.9 (185,000)	392 (200)
		26.0 (179,000)	572 (300)
		25.0 (172,000)	752 (400)
		23.8 (164,000)	932 (500)
		22.9 (158,000)	1112 (600)
		21.8 (150,000)	1292 (700)
		20.7 (143,000)	1472 (800)
		19.5 (134,000)	1652 (900)
		18.3 (126,000)	1832 (1000)

Buy AMS 5754 Alloy Welded by a Variety of Techniques, Including GTAW, GMAW, SMAW

Hast X Material Weld Methods

Weld Method	Test Area	HRBW
Gas Tungsten Arc (TIG)	Weld Area	89
	Heat-Affected Zone	93
	Base Metal	91
Shielded Metal Arc (covered electrodes)	Weld Area	92
	Heat-Affected Zone	93
	Base Metal	91
Gas Metal Arc (MIG)	Weld Area	90
	Heat-Affected Zone	93
	Base Metal	91

Machining Guide for HASTELLOY Alloy X

Operation	Tool Type	Speed SFPM	Feed Inch Per Rev.	Depth in Cut Inch	Cut Type
Facing	WC	68 88	.009-.016 .006-.009	.040-.075 .011-.015	Rough Finish
Facing	HSS	18 21	.007-.011 .003-.008	.025-.045 .008-.011	Rough Finish
Turning	WC	68 88	.009-.016 .006-.009	.050-.100 .011-.015	Rough Finish
Turning	HSS	18 21	.007-.011 .003-.008	.025-.045 .008-.011	Rough Finish
Drilling	HSS	18 25	.003-.007 .002-.004	- -	Rough Finish
Reaming	HSS	25 35	.006-.010 -	- .012-.015	Rough Finish
Boring	WC	42 53	.009-.016 .006-.009	.043-.060 .012-.015	Rough Finish
Shaping	WC	20 30	- .005-.010	.060-.090 .018-.025	Rough Finish
Shaping	HSS	13 15	- .005-.010	.050-.080 .018-.025	Rough Finish
Milling	HSS	15 25	1/2-1 IPM	.100-.200 in. cut	Rough Finish

Why Should You Buy From Regent Steel?

Distributor of Renowned Mills of Nickel Alloys in Europe and USA.
Experience of 2 Decades as a Supplier of High Temperature Alloys in Dubai ( UAE), Saudi Arabia and Africa.
Largest Stockist of Nickel Alloy Flat Products in Mumbai
Ready Stock of Sheets, Coils, Strips and Bars in Over 50 Sizes at Al Jubail, Abu Dhabi, Muscat and South Africa
Facility of Cut to Size at No Extra Cost.
Weekly Delivery to Nigeria, Qatar, Dammam, Sharjah and Singapore
NACE Certified Material at Dealer Price.
Resale Price for Traders, Wholesalers, Importers and Stockholders in Mena Countries
Data Sheets and MTC Along With Quote.
Free Sample, Latest Price List on Request
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