Nickel Alloy 200 Forgings

Neil Metals, a reputable manufacturer and supplier located in Kolkata, India, is dedicated to offering top-notch Nickel Alloy 200 Forgings. With a strong focus on precision engineering and ensuring customer satisfaction, Neil Metals provides forgings that adhere to international quality standards. Renowned for their outstanding corrosion resistance and thermal conductivity, Nickel Alloy 200 products are perfect for a variety of industrial applications. By utilizing cutting-edge technology and rigorous quality control processes, Neil Metals guarantees that each forging delivers exceptional performance, durability, and reliability, making them a go-to choice across multiple sectors.

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Nickel Alloy 200 Hot Forging

Nickel Alloy 200 Open Die Forging

Nickel Alloy 200 Closed Die Forging

Table of Contents

What is Nickel Alloy 200 Forgings?

Nickel Alloy 200 Forgings are primarily made up of 99.6% pure nickel, along with small amounts of iron, manganese, carbon, and copper. This unique composition gives the alloy impressive mechanical properties, such as high tensile strength (around 462 MPa), yield strength (approximately 148 MPa), and good elongation (over 40%). The alloy retains its mechanical integrity across a broad temperature range and shows remarkable resistance to both alkalis and acids. Its low carbon content further boosts its resistance to graphitization, making it suitable for both high- and low-temperature applications in challenging environments.

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Forgings

Nickel Alloy 200 Forgings Specification

Specifications ASTM B564, ASME SB564
Standard BS 3072, BS 3073, BS 3074, BS 3075, BS 3076, NA11 DIN 17740, 17750, 17751, 17752, 17753, 17754, DIN, ASTM, BS and all International Standards
Flat bar blocks up to 27″ width and 15,000 lbs
Cylinders and sleeves up to 50″ maximum O.D. and 65″ maximum length
Discs and hubs up to 50″ diameter and 20,000 lbs
Rolled, hand forged or mandrel forged rings up to 84″ maximum O.D. and 40″ maximum length
Rounds, shafts and step shafts up to 144″ maximum length and 20,000 lbs
Forging Types Impression Die Forging, Open Die Forging, Seamless Rolled Forging, Hot Forging, Cold Forging, Open die hammer forging, Impression die drop forging, Closed Die Forging, Press Forging, Upset Forging, Compression Forging, Swaging, Rotary Forging, Roll forging.

Chemical Compositions of Nickel Alloy 200 Forgings

Grade C Mn Si S Cu Fe Ni
Nickel 200 0.15 max 0.35 max 0.35 max 0.01 max 0.25 max 0.40 max 99.0 min

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Nickel Alloy 200 Forgings Mechanical Properties

Element Density Melting Point Tensile Strength Yield Strength (0.2%Offset) Elongation
Nickel 200 8.9 g/cm3 1446 °C (2635 °F) Psi – 67000 , MPa – 462 Psi – 21500 , MPa – 148 45 %

Nickel Alloy 200 Forgings Equivalent Grades

STANDARD WERKSTOFF NR. UNS JIS BS GOST AFNOR EN
Nickel 200 2.4066 N02200 NW 2200 NA 11 НП-2 N-100M Ni 99.2

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Nickel Alloy 200 Forgings Types

Nickel Alloy DIN 2.4066 Upset Forging
Nickel Alloy 200 Impression Die Drop Forging
Nickel Alloy 200 Press Forging
Nickel Alloy 200 Machined Hot Forgings
Nickel Alloy 200 Compression Forging
ASME SB564 Nickel Alloy 200 Forgings

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Frequently Asked Questions (FAQ)

After forging Nickel Alloy 200, controlled cooling methods such as air cooling or furnace cooling are typically used to avoid rapid temperature changes and prevent distortion. Gradual cooling helps maintain the material's mechanical properties and prevent cracking.

Post-forging operations for Nickel Alloy 200 include annealing to relieve internal stresses and improve ductility, followed by machining or surface finishing to achieve precise dimensions and surface quality. These processes ensure the alloy's optimal performance and structural integrity.

The ideal temperature range for forging Nickel Alloy 200 is between 1,900°F (1,038°C) and 2,100°F (1,149°C). This range ensures proper malleability and helps achieve the desired mechanical properties during the forging process.

Nickel Alloy 200 Forgings Uses

Nickel Alloy 200 Forgings find extensive use in industries that demand high resistance to corrosion and chemical exposure. These sectors include chemical processing, food processing, electronics, aerospace, and marine industries. Their exceptional thermal and electrical conductivity makes them ideal for components in electrical systems and heat exchangers. Additionally, they are utilized in handling caustic alkalis, manufacturing synthetic fibers, and creating structural components in reactors and pressure vessels. Their versatility, durability, and strength in extreme conditions ensure they play a vital role in harsh industrial settings and specialized engineering applications.

 

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