Nickel 201 Coil/Foil/Shim Supplier, Exporter & Manufacturer in Mumbai, India

Nickel 201 Coil, Foil, and Shim are manufactured from commercially pure nickel with a controlled low carbon content, making them suitable for applications that demand corrosion resistance, good thermal and electrical conductivity, and reliable material performance. Nickel is the principal constituent, accompanied by controlled quantities of elements such as iron, manganese, silicon, copper, carbon, and other residual elements within the applicable material specifications. This composition provides good resistance to many alkaline solutions and selected chemical environments, while the low carbon level helps minimize the risk of carbon-related embrittlement during prolonged exposure to elevated temperatures. Nickel 201 also offers good ductility and formability, allowing it to be processed into thin foils, rolled coils, and precision shims for a variety of industrial requirements. Available in different thicknesses, widths, lengths, dimensional tolerances, and surface finishes, these products can be customized to suit engineering drawings, fabrication processes, and specific project needs. Their combination of corrosion resistance, low carbon content, thermal stability, conductivity, and formability makes them suitable for selected applications in chemical processing equipment, electrical components, heat exchangers, precision machinery, industrial gaskets, and specialized manufacturing. The appropriate grade and product dimensions should be selected according to operating temperature, chemical exposure, fabrication requirements, and applicable industry standards.

Specification	Nickel 201 Coil / Foil / Shim Details
Nickel 201 Coil/Foil/Shim Specifications	ASTM B162, ASME SB-162, UNS N02201
Material Grade	Nickel 201 / Alloy 201 / Low-Carbon Nickel
UNS Number	N02201
Nickel 201 Coil Thickness	Available in various thicknesses according to manufacturing capabilities and customer requirements
Nickel 201 Foil Thickness	Ultra-thin foil and precision-rolled foil available; specialized products can be supplied from approximately 0.00254 mm, subject to manufacturer capability
Nickel 201 Shim Thickness	Precision shim stock available in customized thicknesses to suit engineering drawings and dimensional requirements
Coil Width	Standard and custom slit widths available as per order requirements
Foil Width	Narrow foil strips and wider formats available, depending on thickness and manufacturing capability
Shim Dimensions	Custom-cut rectangular shims, flat strips, discs, washers, and special profiles
Chemical Composition	Nickel 99.0% minimum; carbon 0.02% maximum; iron 0.40% maximum; manganese 0.35% maximum; silicon 0.35% maximum; copper 0.25% maximum; sulfur 0.01% maximum
Mechanical Properties	Tensile strength, yield strength, elongation, and hardness depend on thickness, temper, and applicable product requirements
Temper Conditions	Annealed, soft, cold-rolled, half-hard, or hard, subject to supplier availability
Surface Finish	Bright, smooth, matte, or mill finish
Manufacturing Process	Precision cold rolling, slitting, leveling, shearing, blanking, and custom cutting
Edge Conditions	Mill edge, slit edge, sheared edge, or deburred edge
Dimensional Tolerances	Thickness, width, length, and flatness tolerances as agreed in the purchase specification
Corrosion Resistance	Good resistance to many caustic alkalis and selected corrosive environments
High-Temperature Performance	Low carbon content makes Nickel 201 suitable for many applications above 315°C where Nickel 200 may be susceptible to carbon-related embrittlement
Electrical Applications	Electrical contacts, conductive components, and specialized electronic assemblies
Industrial Applications	Chemical processing equipment, caustic evaporators, combustion boats, and precision-fabricated components
Inspection & Testing	Chemical analysis, dimensional inspection, thickness measurement, surface examination, and mechanical testing where applicable
Material Certification	Mill Test Certificate (MTC) with grade identification, chemical composition, and applicable test results
Additional Documentation	EN 10204 Type 3.1 certificate, certificate of conformity, and third-party inspection reports when ordered and available
Packaging	Protective wrapping for coils, interleaved foil packaging, and secure boxes or bundles for shim components
Customization	Special thicknesses, widths, lengths, tempers, surface finishes, and cut-to-size components
Supply Availability	Sample orders, commercial quantities, and bulk supply, subject to stock and production capacity

Specification

Nickel 201 Coil / Foil / Shim Details

Nickel 201 Coil/Foil/Shim Specifications

ASTM B162, ASME SB-162, UNS N02201

Material Grade

Nickel 201 / Alloy 201 / Low-Carbon Nickel

UNS Number

N02201

Nickel 201 Coil Thickness

Available in various thicknesses according to manufacturing capabilities and customer requirements

Nickel 201 Foil Thickness

Ultra-thin foil and precision-rolled foil available; specialized products can be supplied from approximately 0.00254 mm, subject to manufacturer capability

Nickel 201 Shim Thickness

Precision shim stock available in customized thicknesses to suit engineering drawings and dimensional requirements

Coil Width

Standard and custom slit widths available as per order requirements

Foil Width

Narrow foil strips and wider formats available, depending on thickness and manufacturing capability

Shim Dimensions

Custom-cut rectangular shims, flat strips, discs, washers, and special profiles

Chemical Composition

Nickel 99.0% minimum; carbon 0.02% maximum; iron 0.40% maximum; manganese 0.35% maximum; silicon 0.35% maximum; copper 0.25% maximum; sulfur 0.01% maximum

Mechanical Properties

Tensile strength, yield strength, elongation, and hardness depend on thickness, temper, and applicable product requirements

Temper Conditions

Annealed, soft, cold-rolled, half-hard, or hard, subject to supplier availability

Surface Finish

Bright, smooth, matte, or mill finish

Manufacturing Process

Precision cold rolling, slitting, leveling, shearing, blanking, and custom cutting

Edge Conditions

Mill edge, slit edge, sheared edge, or deburred edge

Dimensional Tolerances

Thickness, width, length, and flatness tolerances as agreed in the purchase specification

Corrosion Resistance

Good resistance to many caustic alkalis and selected corrosive environments

High-Temperature Performance

Low carbon content makes Nickel 201 suitable for many applications above 315°C where Nickel 200 may be susceptible to carbon-related embrittlement

Electrical Applications

Electrical contacts, conductive components, and specialized electronic assemblies

Industrial Applications

Chemical processing equipment, caustic evaporators, combustion boats, and precision-fabricated components

Inspection & Testing

Chemical analysis, dimensional inspection, thickness measurement, surface examination, and mechanical testing where applicable

Material Certification

Mill Test Certificate (MTC) with grade identification, chemical composition, and applicable test results

Additional Documentation

EN 10204 Type 3.1 certificate, certificate of conformity, and third-party inspection reports when ordered and available

Packaging

Protective wrapping for coils, interleaved foil packaging, and secure boxes or bundles for shim components

Customization

Special thicknesses, widths, lengths, tempers, surface finishes, and cut-to-size components

Supply Availability

Sample orders, commercial quantities, and bulk supply, subject to stock and production capacity

Specification	Nickel 201 Coil / Foil / Shim Forms & Availability
Material Grade	Nickel 201 / Alloy 201
UNS Number	N02201
Applicable Standard	ASTM B162 / ASME SB-162, as applicable
Coil Forms	Cold-rolled coils, slit coils, narrow strips, and custom-width coils
Foil Forms	Thin-gauge foil, precision-rolled foil, and narrow foil strips
Shim Forms	Flat shims, shim strips, rectangular pieces, discs, washers, and custom-cut profiles
Thickness Availability	Multiple thicknesses available according to manufacturing capabilities and customer requirements
Width Availability	Standard widths, narrow slit widths, and customized widths
Length Availability	Coil lengths based on coil dimensions; foil and shim lengths supplied as ordered
Temper Options	Annealed, soft, half-hard, or hard conditions, subject to availability
Surface Finish	Bright, smooth, matte, or mill finish
Edge Conditions	Mill edge, slit edge, square edge, or deburred edge, as specified
Manufacturing Process	Precision cold rolling, slitting, leveling, shearing, blanking, and custom cutting
Dimensional Tolerances	As per applicable material standards, agreed purchase specifications, and customer drawings
Inspection & Testing	Thickness measurement, dimensional inspection, surface examination, and chemical analysis as applicable
Certification	Mill Test Certificate (MTC), with EN 10204 Type 3.1 documentation available when ordered and supported by the manufacturer
Packaging	Protective wrapping for coils, interleaved foil packaging, and secure boxes or bundles for shim pieces
Customization	Special thicknesses, widths, lengths, tempers, finishes, and cut-to-size dimensions
Applications	Chemical processing, electrical components, industrial fabrication, heat exchangers, and precision engineering
Order Availability	Sample quantities and bulk orders, subject to stock, production capability, and minimum order quantities

Specification

Nickel 201 Coil / Foil / Shim Forms & Availability

Material Grade

Nickel 201 / Alloy 201

UNS Number

N02201

Applicable Standard

ASTM B162 / ASME SB-162, as applicable

Coil Forms

Cold-rolled coils, slit coils, narrow strips, and custom-width coils

Foil Forms

Thin-gauge foil, precision-rolled foil, and narrow foil strips

Shim Forms

Flat shims, shim strips, rectangular pieces, discs, washers, and custom-cut profiles

Thickness Availability

Multiple thicknesses available according to manufacturing capabilities and customer requirements

Width Availability

Standard widths, narrow slit widths, and customized widths

Length Availability

Coil lengths based on coil dimensions; foil and shim lengths supplied as ordered

Temper Options

Annealed, soft, half-hard, or hard conditions, subject to availability

Surface Finish

Bright, smooth, matte, or mill finish

Edge Conditions

Mill edge, slit edge, square edge, or deburred edge, as specified

Manufacturing Process

Precision cold rolling, slitting, leveling, shearing, blanking, and custom cutting

Dimensional Tolerances

As per applicable material standards, agreed purchase specifications, and customer drawings

Inspection & Testing

Thickness measurement, dimensional inspection, surface examination, and chemical analysis as applicable

Certification

Mill Test Certificate (MTC), with EN 10204 Type 3.1 documentation available when ordered and supported by the manufacturer

Packaging

Protective wrapping for coils, interleaved foil packaging, and secure boxes or bundles for shim pieces

Customization

Special thicknesses, widths, lengths, tempers, finishes, and cut-to-size dimensions

Applications

Chemical processing, electrical components, industrial fabrication, heat exchangers, and precision engineering

Order Availability

Sample quantities and bulk orders, subject to stock, production capability, and minimum order quantities

Standard / Country	Equivalent Grade / Designation
USA (UNS)	N02201
ASTM	ASTM B162 — Nickel 201 plate, sheet, and strip
ASME	ASME SB-162
Germany (Werkstoff No.)	2.4068
EN (Europe)	LC-Ni 99 / LC-Ni 99.2, subject to applicable standard
Japan (JIS)	NW 2201
United Kingdom (BS)	NA12
France (AFNOR)	NP-2, commonly listed as a comparable designation; verify the relevant specification
Russia (GOST)	НП-2, commonly listed as a comparable designation; verify the relevant specification
SAE Aerospace Specification	AMS 5553 for applicable sheet and strip products
DIN	Nickel 201 designations under relevant DIN material specifications; verify the specific standard
Commercial Designation	Nickel 201 / Alloy 201 / Low-Carbon Commercially Pure Nickel
Related Grade	Nickel 200 / UNS N02200 — similar commercially pure nickel, but with a higher permitted carbon content

Standard / Country

Equivalent Grade / Designation

USA (UNS)

N02201

ASTM

ASTM B162 — Nickel 201 plate, sheet, and strip

ASME

ASME SB-162

Germany (Werkstoff No.)

2.4068

EN (Europe)

LC-Ni 99 / LC-Ni 99.2, subject to applicable standard

Japan (JIS)

NW 2201

United Kingdom (BS)

NA12

France (AFNOR)

NP-2, commonly listed as a comparable designation; verify the relevant specification

Russia (GOST)

НП-2, commonly listed as a comparable designation; verify the relevant specification

SAE Aerospace Specification

AMS 5553 for applicable sheet and strip products

DIN

Nickel 201 designations under relevant DIN material specifications; verify the specific standard

Commercial Designation

Nickel 201 / Alloy 201 / Low-Carbon Commercially Pure Nickel

Related Grade

Nickel 200 / UNS N02200 — similar commercially pure nickel, but with a higher permitted carbon content

Nickel 201 Coil, Foil, and Shim are used in a range of industrial and engineering applications where corrosion resistance, good formability, and consistent material performance are important. Manufactured from commercially pure nickel with a low carbon content, these products offer resistance to many alkaline environments, useful thermal and electrical conductivity, and good ductility for various fabrication processes. Their low carbon composition also makes Nickel 201 particularly suitable for selected applications where exposure to elevated temperatures may increase the risk of carbon-related embrittlement. These properties support the use of Nickel 201 materials in chemical processing equipment, electrical and electronic components, heat exchangers, industrial gaskets, precision engineering, power generation systems, specialized fabrication, and industrial manufacturing. Depending on the design and intended use, coils can support material processing and forming operations, foils can be used for thin-section components, and shims can assist with spacing, alignment, and dimensional adjustment. Their suitability ultimately depends on operating temperature, chemical exposure, dimensional requirements, and the relevant engineering specifications.