Table Of Content
Nickel 200 Strip Coils. These outstanding quality Nickel coils are of global standards with several specifications. It includes various sizes and shapes with multiple dimensions, forms, and thicknesses. Nickel 200 Strip Coils give users a wide range of benefits because of its primary component, nickel, as it is one of the world’s most rigid metals and imparts several advantages to this material.
Coils of Nickel alloy grades with performance improvements. These Coils are long-lasting, accurately formed, and acclaimed for affordable rates. They opted for selective material for solid and flawless Coils production. Applications where these Nickel 200/201 Coils are used, are electronic and electroplating components, synthetic fiber, aerospace, oil, gas, food processing, caustic handling, and waste processing.
Nickel 200 Coils are considered for acid and alkali surroundings due to excellent resistance against these corrosive outcomes. It is mainly applied for successive chlorides, alkalis, and brine performance. Therefore it is recommended for marine, chemical, and petroleum applications. It is formed by grade Nickel 200, well-known for use in salt production and other processes where sodium hydroxide and fluorine are used.
Nickel 201 Coils are excellently resistant to various corrosive media and are suggested for temperatures above the high range. It gives protection at a wide thermal range and higher loads due to excess strength provided by carbon content with excellent quality. It has less carbon value and is thus easily weldable and formable, increasing shape quality, accuracy, and power.
These Coils are processed with proper modern techniques, and an excellent outcome is guaranteed. Electronic parts and other applications that particularly value spinning to make the product are utilized with nickel 200 strips. Due to its remarkable erosion resistance in a variety of destructive environments, mainly crack corrosion and resistance to fixing, Nickel 200 Strips are a chromium-nickel-molybdenum alloy.
|Specifications||ASTM B162 / ASME SB162, BS EN 10088-2, en 10028-7, IS 6911|
|Dimension Standard||MSRR, AMS, BS, JIS, AISI, ASTM, GB, DIN, EN, etc|
|International Standard||ASTM A480, ASTM A959, ASME IID, EN ISO 9445, EN ISO 18286, EN 10051, EN 10088-1, ISO 15510|
|Thickness||0.02 mm to 3.50 mm|
|Width||Up to 1580mm|
|Process of Manufacturing||Cold Rolled (CR)|
|Nickel 200||2.4066||N02200||NW 2200||NA 11||НП-2||N-100M||Ni 99.2|
|Nickel 201||2.4068||N02201||NW 2201||NA 12||НП-2||–||LC-Ni 99|
|Nickel 200||0.15 max||0.35 max||0.35 max||0.01 max||0.25 max||0.40 max||99.0 min|
|Nickel 201||0.02 max||0.35 max||0.35 max||0.01 max||0.25 max||0.40 max||99.0 min|
|Element||Density||Melting Point||Tensile Strength||Yield Strength (0.2%Offset)||Elongation|
|Nickel 200 / 201||8.9 g/cm3||1446 °C (2635 °F)||Psi – 67000 , MPa – 462||Psi – 21500 , MPa – 148||45 %|