Nickel Alloy Tubes

Standards: ASTM B163, ASTM B165, ASTM B668, ASTM B829

Steel Types: Alloy 200, 330, 400, 400AR, 600, 625, 800, 800H, 800HT, 800AT, C276, B2

Nickel Alloy Plates

Standards: ASTM B409, ASTM B443, ASTM B168, ASTM B162, ASTM B127,
Steel Types: Alloy 200, 330, 400, 400AR, 600, 625, 800, 800H, 800HT, 800AT, C276, B2

Nickel Alloys and Nickel-based Super Alloys are known for superior resistance to both heat and corrosion, as well as low thermal expansion properties. These characteristics make them useful to industries that require parts to maintain stability as well as the ability to resist corrosion over a wide range of temperatures. Alloys generally have good resistance to impact, high and low cycle fatigue and thermal fatigue.

Nickel Alloys in Power Generation

The power generation industry relies on machines such as gas turbines, steam turbines and reciprocating compressors, all of which are exposed to high levels of heat and possibly corrosive steam as well. Nickel alloy parts are used in power generation due to their ability to resist corrosion, deformation, cracking and metal fatigue in the presence of high temperatures.

Nickel Alloys in Chemical Processes

From heat exchangers and furnaces to waste treatment units and flares, chemical and petrochemical processes require nickel alloys to resist corrosion, metal fatigue, and other problems associated with high temperatures and caustic environment.

Nickel Alloys in Pulp and Paper

Even though pulp and paper processing operations do not involve corrosive chemicals, they do involve high temperatures and oxidation associated with water reduction. Nickel alloys are an excellent choice for equipment in pulp and paper mills because certain grades are highly resistant to oxidation, even at high temperatures.