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Specialty Products / Superalloys & Metals / Superalloys & High-Performance Alloys / Nickel 201

Superalloys & High-Performance Alloys

Nickel 201

Nickel 201 is the low-carbon version of Nickel 200 for elevated-temperature service where graphitization has to be avoided. It keeps the corrosion resistance and conductivity advantages of pure nickel while extending usefulness in hotter environments. EQI supplies Nickel 201 for process and fabricated applications requiring high-purity nickel.

  • UNS N02201
  • Low-carbon commercially pure nickel
  • Also known as: Low-carbon Nickel 201

Request a Quote for Nickel 201

To get started, request a quote using the form below and we will get back to you. Please note that the quantity needed to quote or supply a specific alloy grade is typically 500-1,000 lbs, depending on the material.

Key Properties

  • Low-carbon chemistry for higher-temperature service
  • Excellent resistance to caustic media
  • Good thermal and electrical conductivity
  • Highly formable and weldable
  • Useful where pure nickel is required without graphitization risk

Composition

Nickel 99.0 min
Carbon 0.02 max
Iron 0.4 max
Copper 0.25 max
Manganese 0.35 max
Sulfur 0.01 max

Applications

Common industries and end-use applications include Chemical Processing, Marine & Shipbuilding, and Oil & Gas.

  • Caustic evaporators and heaters
  • High-purity chemical process equipment
  • Electronic and electrical components
  • Food and pharmaceutical hardware
  • Heat transfer hardware in corrosive service

Request a Quote

Whether you're sourcing raw material or need a manufactured component produced from a specialty alloy, the EQI team can help.

Request a Quote

Why Choose EQI

Your Single Source for Specialty Alloys and Precision Manufacturing

EQI combines specialty alloy sourcing with manufacturing expertise, allowing customers to move from raw material supply to finished components through a single partner.

Our team supports OEMs and manufacturers by sourcing difficult-to-procure alloys and producing components for demanding applications.

Key Advantages

  • Global sourcing and foundry partnerships
  • Expertise in high-temperature and high-performance alloys
  • Precision machining and finished component manufacturing
  • Reliable lead times and consistent quality
  • Inventory management and just-in-time delivery programs
  • Engineering support for complex alloy applications