Inconel600 (N06600/NS312/2.4816) nut

Inconel600 (N06600/NS312/2.4816) nut

Similar grades

GB/T	UNS	Trademark	JIS	W.Nr
NS312	N06600	Inconel600	NCF600	2.4816

 

Chemical composition of Inconel600 nuts:

Alloy	%	Ni	Cr	Fe	C	Mn	Si	Cu	P	S
Inconel600	Min	≥72	14	6
	Max		17	10	0.15	1	0.5	0.5	0.015	0.015

 

Physical properties of Inconel600 nuts:

density	8.4g/cm³
melting point	1370~1425°C

 

Inconel600 nut The minimum mechanical properties of the alloy at room temperature:

Status	tensile strength Rm N/mm2	Yield Strength RP0.2 N/mm2	Elongation A5%	Brinell hardness HB
Annealing	550	240	30	s195
Solution treatment	500	180	35	s185

 

Inconel600 nut alloy has the following characteristics:

1. It has good resistance to corrosion by reducing, oxidizing and nitriding media.
2. It has good resistance to stress corrosion cracking at room temperature and high temperature.
3. It has good resistance to corrosion by dry ammonia gas and hydrogen ammonia gas.
4. It has good mechanical properties at zero, room temperature and high temperature.
5. It has good creep rupture resistance and is recommended for use in working environments above 700°C.

The metallographic structure of Inconel600 nut:

600 is a face-centered cubic lattice structure.

 

Corrosion resistance of Inconel600 nuts:

Alloy 600 is corrosion resistant to various corrosive media. The composition of chromium gives this alloy better corrosion resistance under oxidizing conditions than Nickel 99.2 (Alloy 200) and Nickel 99.2 (Alloy 201, low carbon). At the same time, the higher nickel content gives the alloy good corrosion resistance in reducing conditions and alkaline solutions, and can effectively prevent chlorine-iron stress corrosion cracking. Alloy 600 has good corrosion resistance in organic acids such as acetic acid, acetic acid, formic acid, stearic acid and moderate corrosion resistance in inorganic acids. It has excellent corrosion resistance in high-purity water used in primary and secondary circulation in nuclear reactors. The particularly outstanding performance of 600 is its ability to resist the corrosion of dry ammonia and hydrogen ammonia, and the application temperature can reach 650°C. At high temperatures, the annealed and solution-treated alloys have good resistance to oxidation spalling and high strength in the air. The alloy is also resistant to ammonia gas and nitriding and carburizing atmospheres, but the alloy will be corroded by partially oxidizing media (such as green death liquid) when the redox conditions alternate.

Inconel600 nut application scope application fields include:

1. Thermowells in corrosive atmosphere
2. Vinyl chloride monomer production: resistant to chlorine gas, hydrogen chloride, oxidation and carbonization corrosion
3. Uranium is oxidized and converted into six gases: resistance to gasification gas corrosion
4. Fields of production and use of corrosive alkali metals, especially environments where sulfides are used
5. Preparation of titanium dioxide using chlorine gas method
6. Production of organic or inorganic chlorides and vapors: resistance to gas and gas corrosion
7. Nuclear Reactor
8. Retorts and components in heat treatment furnaces, especially in carbonizing and nitriding atmospheres
9. For catalytic regenerators in petrochemical production, alloy 600 is recommended for applications above 700°C to obtain a longer service life.