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Inconel 600

Inconel 600 is a nickel-chromium alloy used for applications that require corrosion and high temperature resistance. This nickel alloy was designed for service temperatures from cryogenic to elevated temperatures in the range of 2000° F. It is non-magnetic, has excellent mechanical properties, and presents the desirable combination of high strength and good weldability under a wide range of temperatures.

Alloy 600 can be both hot formed and cold formed using typical processes. Hot working should be performed between 1600° F and 2250° F avoiding any work between1200-1600° F because the ductility decreases in this temperature range. Welding Alloy 600 can be achieved via shielded metal-arc welding, TIG, and MIG.

1.Resistant to a wide range of corrosive media. 2.Virtually immune to chlorine ion stress corrosion cracking.3.Non-magnetic 4.Excellent mechanical properties 5.High strength and good weldability under a wide range of temperatures

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Model: Inconel Alloy 600
Brand: RONSCO
Code: Alloy1996inconel600

Product Description

RONSCO ALLOY 600 PARAMETER TABLE

Inconel® Alloy 600,UNS N06600, DIN W.Nr.2.4816, NC15Fe , NiCr15Fe, NA14, NiCr15Fe8
Genenal Introduction
Alloy 600 is a nickel-chromium-iron, solid solution strengthened alloy with good oxidation resistance at higher temperatures, with good resistance in carburizing and chloride containing environments.This alloy also displays good heat resistance and freedom from aging or stress corrosion throughout the annealed to heavily cold worked condition range. Alloy 600 is non-magnetic, has excellent mechanical properties and a combination of high strength and good workability and is readily weldable. Inconel® Alloy 600 exhibits cold forming characteristics normally associated with chromium-nickel stainless steels.



Chemical Composition:
Content	C	Ni	Cr	Fe		Si		Mn	S	Cu
Min	--	72.0	14.0	6.0		--		--	--	--
Max	0.1	--	17.0	10.0		0.5		1.0	0.015	0.5
Forms & Standard
Form		Standard			Form			Standard
Bar		ASTM B166 AMS 5665 Din 17752			Sheet			ASTM B168 AMS 5540 Din 17750
Plate		ASTM B168 AMS 5540 Din 17750			Tube			ASTM B167
Pipe		ASTM B167			Fitting			ASTM B366
Forging		ASTM B564 Din 17754			Weld Wire			FM 82/ ERNiCr-3
Weld Electrode		FM 182/ ENiCrFe-3
Average Physical Properties
Physical Properties		°F	British Units				°C		Metric Units
Density		Room	0.304 lb./cubic in.				Room		8.43g/cubic cm
Electrical Resistivity		70	40.6 microhm-in.				21		1.03 microhm-m
		200	40.9				93		1.04
		400	41.5				204		1.05
		600	42.2				316		1.07
		800	43.0				427		1.09
Mean Coefficient of Thermal Expansion		70-200	7.4 microinches/in.-°F				21-93		13.3 x 10(-6)m/m·K
		70-400	7.7				21-204		13.9
		70-600	7.9				21-316		14.2
		70-800	8.1				21-427		14.6
Thermal Conductivity		70	103 Btn-in./ft².-hr.-°F				21		14.8 W/m·K
		200	109				93		15.7
		400	121				204		17.4
		600	133				316		19.2
		800	145				427		20.9
Modulus of Elasticity		Room	30.0 x 10(6) psi				Room		207 GPa
Typical Mechanical Properties:
Form and Condition		Tensile Strength		Yield Strength 0.2%				Elongation in 2" %	Reduction of Area %	Rockwell Hardness
Bar	Annealed	80-100	552-689	25-50		172-345		55-35	70-60	65-85B
	As-drawn	105-150	724-1034	80-125		552-862		43768	60-30	90B-30C
	Hot rolled
	Annealed	80-100	552-689	30-50		207-345		55-35	70-60	65-85B
	As-rolled	85-120	586-827	35-90		241-621		50-30	65-50	75-95B
	Hot-finished	80-120	586-827	35-90		241-621		50-30	65-50	75-95B
Strip	Annealed	80-100	552-689	30-45		207-310		55-35	----	84B max.
Sheet	Annealed	98	676	42		290		40	----	----
Plate	Annealed	95	655	41		283		45	----	----
Bar/Billet	Annealed	95	655	41		283		45	----	----
Sheet, Plate, Strip, Bar	Annealed	80	550	35		240		30	----	----
Applications
Barge and tank truck liners					Carburizing atmospheres
Ethylene dichloride crackers					Furnace trays, mufflers, hangers
Gasoline stabilizer production					MgCl2 evaporates
Phenol condensers					Soap manufacture
Titanium dioxide					Vegetable and fatty acid vessels
Resistance to Corrosion
With 72% minimum nickel, this alloy is resistant to many organic and inorganic compounds and also oﬀers good corrosion resistance in reducing conditions. The high nickel content lowers the chances for stress corrosion cracking for this alloy in the annealed condition. The high nickel content also improves resistance to carburizing, nitriding and thermal fatigue, while maintaining an austenitic structure so it retains ductility. Increased chromium in the alloy oﬀers high temperature resistance to sulfur compounds as well as resistance to oxidizing compounds at elevated temperatures or in corrosive media. Alloy 600 has excellent resistance to alkalies and is one of the few materials suitable for use in strong solutions of magnesium chloride at elevated temperatures. Typical corrosion in MgCl₂ is roughly 1 mpy. When applicable, material for severe service should be fully stress relieved prior to use.



Fabrication and Heat Treatment
Alloy 600 can be hot or cold formed using typical processes. Hot working should be performed between 1600°F and 2250°F, avoiding any work between 1200°F and 1600°F as the ductility decreases in this temperature range. The cold work hardening rate is less than 304 stainless steel yet higher than mild steel. Welding alloy 600 can be achieved via shielded metal-arc welding using AWS ENiCrFe-3 electrode. Filler metal AWS ERNiCr-3 can be used when TIG and MIG welding. Alloy 600 is slightly more machinable compared to 304 stainless steel and should be performed with tooling large enough to handle the loads. Alloy 600 machining requires heavy-duty equipment along with sharp tooling and proper cutting ﬂuids. Annealing of alloy 600 without excessive grain growth can be performed at 1850°F for 15 minutes at temperature. Fine grain material typically has better corrosion resistance and higher tensile, fatigue and impact properties.



The advantage of Ronsco
1, Price lower than Europe, USA 20~30%.
2, 100% quality guaranty because we remelt by VIM+ESR.
3, Best Service: 0 payment if you test not ok.
4, 0 fee for UT, PT.
5, Low MOQ for new materials: 200kg.
6, Fast 20~30 days of lead time for new materials.