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Battery Building Nickel 200 Strip
, Dia 0.6mm Nickel 200 Strip
, ASTM B160 Nickel 200 Strip
Dia 0.6mm Cold Rolled Battery Building Nickel 200 Strip
Nickel 200 min 99% Purity Nickel Strip for Battery Building Application
1.Product Description
Ni 200 is a 99.6% pure wrought nickel alloy. Sold under the brand names Nickel Alloy Ni-200, Commercially Pure Nickel, and Low Alloy Nickel, Ni 200 offers users a wide range of benefits including its primary component, nickel. Nickel is one of the world’s toughest metals and imparts a number of advantages to this material. Ni 200 has excellent resistance to most corrosive and caustic environments, media, alkalis, and acids (sulfuric, hydrochloric, hydrofluoric). Used both in and outdoors, Ni 200 also has:
The surface of the pure nickel strip should be smooth and clean without wind layers, cracks, bubbles, spikes, bends and inclusions. Minor local defects, such as scratches, spots, pits, dents, roll marks, etc., that do not exceed the allowable deviation of the strip thickness are allowed. Slight oxidation, blackening, and slight local oil marks are not used as the basis for scrapping. Cut strips on both sides without burrs, cracks, or curls. The strip should be straight, but slight waves are allowed; the lateral bend of the strip should not exceed 3 mm per meter.
Pure nickel belts show good corrosion resistance in many acidic and alkaline environments and are mainly used in reducing media. It has good mechanical properties in a relatively wide temperature range and is easy to cold work. Therefore, it is widely used in plate heat exchangers, bellows compensation expansion joints, caustic soda, chemical equipment, etc. However, in the actual production of pure nickel strip, as with titanium strip coils, there are also many technical difficulties in the annealing of the entire strip of nickel strips. If the annealing temperature is too high and the holding time is too long, the entire nickel belt roll is easily annealed and bonded, but if the holding time is not enough, the entire roll cannot be retracted. Therefore, low temperature and long time annealing is an effective way to reduce the overall coil annealing of nickel strip steel.
2. Properties
Name |
Nickel Strip |
Material |
Ni200, Ni201 |
Color |
bright, oxidized |
Size |
Dia 0.025mm-0.6mm Coil / Straight/Spool |
Standard |
ASTM B880-1988 |
Surface |
Polished |
Standard |
ASTM B160/B162, AISI,DIN,GB etc |
Application |
Electric apparatus, chemical, heating etc. |
Package |
Carton or wooden case as demanded |
Sample |
All in stock |
Certification |
Official Quality Certification and test report. |
Nickel 200/201 / UNS N02200 / W.Nr. 2.4060/2.4066 & 2.4061/2.4068
Description
Nickel 200 and Nickel 201 are solid solution strengthened, commercially pure wrought alloys. The elemental restrictions of both alloys are combined into one, dual-certified chemistry, resulting in a single alloy with the desired characteristics of both alloys. When operating temperatures are expected to exceed 600°F, carbon content becomes critical. The lower carbon content of Nickel 201 makes the material resistant to graphitization and therefore less subject to embrittlement. Pressure vessels and components can be constructed from Nickel 201 according to the ASME Boiler and Pressure Vessel Code, Section VIII, Division 1 for use up to 1250°F.
Industries and Applications
Nickel 200/201 is used heavily in the chemical and electronics industries. It is also used in the aerospace, petrochemical, power generation and marine/offshore engineering industries. Typical applications where Nickel 200/201 is used include electronic and electroplating components, caustic evaporators, food processing equipment, caustic handling and storage equipment, synthetic fiber production, salt production and other processes where sodium hydroxide and fluorine are used.
Resistance to Corrosion
Nickel 200/201 offers excellent corrosion resistance in reducing and neutral media as well as in oxidizing atmospheres, provided the oxidizing media allows the formation of a passive oxide film. This oxide film accounts for the alloy’s excellent resistance to corrosion in caustic environments. Nickel 200/201 is often used in environments containing alkalies, and it has varying use in sulfuric, hydrochloric, anhydrous hydrofluoric and non-aerated organic acids. Nickel 200/201 is resistant to stress corrosion cracking in chloride salts and toattack from non-oxidizing halides. Concentration and temperature can affect this alloys resistance in certain environments.
Fabrication and Heat Treatment
All hot working and cold working practices can be utilized when shaping Nickel 200/201. Hot working temperatures should be between 1200°F and 2250°F with heavy forming to be performed at temperatures above 1600°F. Annealing should be performed at a temperature between 1300°F and 1600°F. Care should be taken when choosing the anneal temperature as time-at-temperature for this can greatly influence the mechanical properties and structure of the material.
Common Trade Names
Nickel 200, Nickel 201
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Chemical Composition (%)
| (Ni) Nickel1 |
99.0 min |
| (Fe) Iron |
0.40 max |
| (Mn) Manganese |
0.35 max |
| (Si) Silicon |
0.35 max |
| (Cu) Copper |
0.25 max |
| (C) Carbon |
0.02 max |
| (S) Sulfur |
0.01 max |
Applicable Specifications*
| Form |
ASTM |
ASME |
| Bar1,2 |
B160, B5643 |
SB160, SB5643 |
| Plate1,2 |
B162 |
SB162 |
| Sheet1,2 |
B162 |
SB162 |
| Seamless Tube & Pipe2,4 |
B161 |
SB161 |
1Hot worked/annealed. 2Dual certified to UNS N02200/N02201. 3Dual certified on diameters 3 1/2″ and larger (Nickel 200 only). 4Annealed.
*EN10204-3.1 applied to all product forms.
