Nickel 200 Strips: Properties, Applications, Sizes And Buying Guide

By Author: Amit shah
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Nickel 200 strips are flat, thin nickel products manufactured from commercially pure nickel. They are used in battery assemblies, electrical and electronic components, chemical processing equipment and other applications where the properties of commercially pure nickel are required.

Nickel 200 is identified by UNS N02200. The material is known for its good resistance to many corrosive environments, useful electrical and thermal characteristics, and good fabricability.

The strip form makes Nickel 200 suitable for applications where a narrow, controlled metal section is required. Depending on the application, Nickel 200 strips can be supplied in different thicknesses, widths, lengths and surface conditions.

For battery manufacturers, Nickel 200 strips are also considered for cell-to-cell connections and other battery assembly requirements where pure nickel is specified.

This guide explains Nickel 200 strips, their properties, applications, available dimensions, welding considerations and the key points buyers should check before ordering.

What Are Nickel 200 Strips?

Nickel 200 strips are ...
... narrow, flat strips produced from Nickel 200, a commercially pure nickel grade.

The material designation is:

Grade: Nickel 200
UNS: N02200
Material: Commercially pure nickel
Product form: Strip
Supply form: Coil or cut lengths, depending on requirements

Nickel 200 strips can be manufactured to specific dimensions for use in different industrial and commercial applications.

The required specification may include:

Nickel grade
Thickness
Width
Length
Dimensional tolerance
Surface condition
Edge condition
Quantity
Packaging

For precision applications, these details should be agreed with the supplier before production.

Chemical Composition of Nickel 200

Nickel 200 is a commercially pure nickel material with nickel as its primary constituent.

Its composition is controlled according to the applicable material specification. Carbon content is also an important consideration when selecting between Nickel 200 and Nickel 201.

For a purchase order, buyers should specify the applicable standard or material specification rather than relying only on the general term "pure nickel."

The exact chemistry should be confirmed through the supplier's material documentation when chemical composition is important to the application.

Key Properties of Nickel 200 Strips

Nickel 200 strips are selected for a combination of material properties rather than one characteristic alone.

Corrosion Resistance

Nickel 200 offers good resistance to corrosion in many environments. This makes it useful in chemical processing and other applications where exposure to corrosive conditions is a concern.

The actual corrosion performance depends on the chemical environment, concentration, temperature and operating conditions.

Electrical Properties

Nickel 200 has useful electrical characteristics and can be used in electrical and electronic applications where commercially pure nickel is specified.

For battery applications, the strip dimensions and connection design also affect the electrical performance of the finished assembly.

Thermal Properties

Nickel 200 has useful thermal characteristics and can be used in applications involving heat transfer or elevated operating temperatures.

The maximum suitable operating temperature depends on the application and service conditions.

Ductility

Commercially pure nickel has good ductility and can be formed into different shapes depending on the supplied condition and manufacturing process.

This makes Nickel 200 strip suitable for applications involving bending or forming.

Fabricability

Nickel 200 can be fabricated using suitable industrial processes. Cutting, forming and joining methods should be selected according to strip thickness and the specific application.

Nickel 200 Strips for Battery Applications

One important application of pure nickel strips is battery pack assembly.

Nickel 200 strips can be used for electrical connections between cylindrical battery cells when the battery design calls for pure nickel.

Common cylindrical cell formats include:

18650
21700
26650
32650
32700

The appropriate strip thickness and width depend on the battery design, current requirements, connection configuration and welding process.

Nickel 200 strips may be considered for:

Lithium-ion battery packs
Portable battery packs
Power tools
Energy storage systems
Electronic devices
Battery modules
Custom battery assemblies

The material should always be tested with the actual battery cells and assembly equipment before large-scale production.

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