Product Details:
| Grade | 201 |
| Material | SS |
| Size | >30 inch, 20-30 inch, 0-1 inch, 5-10 inch, 10-20 inch, 1-5 inch |
| Material Standard | ASTM A351, ASTM A182, ANSI B16.5, ASTM A105 |
| Rated Pressure (Bar) | 0.5-30 |
| Shape | Round |
| Temperature Deg Celsius | 280 Degree C |
| Tensile Strength Mpa | 295 Mpa |
| Brand | Nextgen Steel & Alloys |
Alloy 200 (UNS designation N02200) and Alloy 201 (UNS designation N02201) are wrought commercially pure nickel. The alloys differ only in the maximum carbon level allowed by specification, 0.15 % maximum for Alloy 200 and 0.02 % maximum for Alloy 201. Both alloys provide highly ductile mechanical properties over a wide temperature range. Both alloys provide corrosion resistance in neutral to moderately reducing environments. In the annealed condition, either alloy possesses the approximate strength of mild steel. As-rolled material is sometimes furnished to provide higher strength levels.
Alloy 200 and Alloy 201 provide high thermal and electrical conductivity in comparison to nickel base alloys, stainless steels and low alloy steels. The alloys are ferromagnetic.
Because long-time exposures of Alloy 200 in the 800 to 1200 °F (427-649 °C) range result in precipitation of a carbon phase and loss of ductility, it is not recommended for service above 600 °F (316 °C). For applications above 600 °F (316 °C), the low carbon Alloy 201 should be considered.
For proposed service temperatures approaching 800 °F (427 °C), resistance to creep should be considered as a design factor.
Nickel 200 & Nickel 201: Nickel Alloys and Nickel Copper Alloys
Nickel 200 Alloy is a commercially pure nickel that exhibits good corrosion resistance and has rather low electrical resistivity. It’s used in caustic solutions, food handling equipment, and general corrosion-resistant parts and structures. Because it contains magnetic and mechanical properties, it can be used in devices that require magnetic actuated parts.
Nickel 201 Alloy is similar to Nickel 200 Alloy and is a low carbon modification of the 200 Alloy. It has a low annealed hardness and very low work-hardening rate. Those who use Nickel 201 Alloy find it desirable in deep drawing, spinning, and coining. It addition, it can be applied to corrosion-resistant equipment including but not limited to: caustic evaporators, spun anodes, and laboratory crucibles.
Nickel 205 Alloy contains controlled additions of magnesium and titanium (small amounts of both) and exhibits good oxidation resistance. It’s commonly used in support wires, vacuum tube components, pins, terminals, lead wires, and other electronic components of the like.
Nickel 270 Alloy is a high purity nickel alloy commonly used for electrical resistant thermometers.
Contact us for a quote on each of the Nickel Alloys described above.
Principal Design Features : - This is a lower carbon version of commercially pure (99%) nickel. The material does contain minor amounts of other elements, totaling less than 1%.
Applications:- Electronic components, applications where spinning to form the product is especially desired. Chemical corrosion resistance in caustic solutions.
Machinability : - Machinability is basically the same as for Nickel 200. The 201 variety is softer and "gummy" but can be readily machined by conventional mean. High-speed-steel tools are recommended.
