Manufacturing of Nickel 200 Fasteners

Nickel alloy bolts are resistant to corrosion caused by oxidation, and they also display resistance to certain types of reducing agents, in addition to this resistance. Products that are manufactured commercially, such as Nickel 200 fasteners, are utilized at temperatures lower than 600 degrees Fahrenheit, and they are also capable of exhibiting exceptional corrosion resistance when exposed to caustic alkalis. Hex bolts made from UNS N02200 have an exceptional resistance to dry fluorine as well as hydroxides. The amount of carbon that is present in nickel 201 fasteners is smaller than that of nickel 200.

Application of Nickel 200 Fasteners

Nickel is a metal that, when alloyed with other metals, can produce some very robust compounds. Other metals can be used in place of nickel. Nickel alloy fasteners are preferred for many applications because of the material's reputation for being extremely resistant to corrosion. On the other hand, nickel alloy bolts, which are also known as nickel alloy fasteners, are typically used in applications that require the material to be able to operate in high temperature environments. Common steel alloys, in contrast to threaded rods made of nickel alloy, corrode when exposed to pollution. for more information you visit the DC Engineering.

Surface Coating

*Xylon Coated Fasteners

*Phosphate Coated Fasteners

*Hot Dipped Galvanizing Coated Fasteners

*Teflon Coated Fasteners

*Zinc Coated Fasteners

*Cadmium Coated Fasteners

*Ptfe Coated Stainless Steel Fasteners