Incoloy

The emphasis of this alloy is placed on the fact that it is more resistant to aggressive forms of corrosion. In particular, Incoloy 800 shows very high resistance to corrosive compounds seen in aqueous environments.

INCOLOY alloy 800 is used in a variety of applications involving exposure to corrosive environments and high temperatures.

The inclusion of chromium in combination with nickel in its chemistry makes it resilient to chemical and environmental corrosion.

The alloy also exhibits resistance to physical deterioration, e.g. – surface pitting and cracking.

Incoloy 800 is a popular choice in the oil and gas industries because it can withstand sour gas and high chloride environments.

The alloy exhibits excellent resistance to seawater and brine, making it well suited to marine applications.

Incoloy 800 may be also used for applications such as wet scrubbing, and the reactive atmospheres of furnaces as well as in industries like nuclear fuel.

Inconel 800, whose chemistry forms over 50% of nickel is known to be more expensive than the former.

825 Nickel Alloy Sheet is used in industries such as air pollution control, chemical and petrochemical, food processing, nuclear energy, corrosion resistant applications in offshore oil and gas production, ore processing, petroleum refining, steel pickling and waste disposal.

Alloy 825 (UNS N08825) is an austenitic nickel-iron-chromium alloy with additions of molybdenum, copper and titanium.

It was developed to provide exceptional corrosion resistance in both oxidizing and reducing environments.

The addition of titanium stabilizes Alloy 825 against sensitization in the as-welded condition making the alloy resistant to intergranular attack after exposure to temperatures in a range that would sensitize un-stabilized stainless steels.

The fabrication of Alloy 825 is typical of nickel-base alloys, with material being readily formable and weldable by a variety of techniques.

Alloy 825 (UNS N08825) is an austenitic nickel-iron-chromium alloy with additions of molybdenum, copper and titanium. It was developed to provide exceptional resistance to numerous corrosive environments, both oxidizing and reducing.

The nickel content of Alloy 825 makes it resistant to chloride stress-corrosion cracking, and combined with molybdenum and copper, provides substantially improved corrosion resistance in reducing environments when compared to conventional austenitic stainless steels.

The chromium and molybdenum content of Alloy 825 provides resistance to chloride pitting, as well as resistance to a variety of oxidizing atmospheres.

B564 UNS N08825?has copper present in it which makes it immune to brine and seawater.

Flanges are used to connect 2 pipes or tubes. They are made up of different materials depending upon the end use.

Incoloy 825 Flanges?are one such type of flanges that have outstanding resistance to oxidizing as well as reducing acids.

They are fabricated to improve their resistance to corrosion and are clean to weld. They are resistant to chloride pitting and sensitization.

Alloy 825 Flanges?also offer good mechanical features.

The flanges produced by us are said to be sturdy and leakproof.

ASTM B564 UNS N08825?offers good mechanical properties at room temperature as well as at high temperatures.

They can be used in pressure vessels with a wall temperature of 800 degrees F. They also offer good resistance to stress corrosion cracking.

Inconel 825 Flanges?also resist localized attack and avoid pitting and crevice corrosion.

They are also resistant to sulfuric and phosphoric acid.

They can also resist aqueous corrosion and hence can be used in marine applications.

The presence of titanium prevents sensitization at the grain boundary.?

For service requiring optimum creep and rupture properties, Incoloy 800H or 800 HT are used. The high contents of nickel and chromium in the alloys also give good corrosion resistance.

Thermal processing equipment in industrial applications, such as baskets, trays, and fixtures. In chemical or petrochemical processing it is used for heat exchangers and piping systems in nitric acid media, especially where resistance to chloride stress corrosion cracking is required.