Nickel Alloy Plate

nickel alloy plate

Nickel Alloy Plate

As a leading supplier of nickel alloy sheet materials in China, HZW specializes in the manufacturing of high-quality, cost-effective nickel alloy sheets. These sheets are typically produced by flattening and shearing cold-rolled nickel alloy coils, with standard thicknesses ranging from 0.1 mm to 5 mm. Compared to nickel alloy plates, nickel alloy sheets feature a brighter surface finish and are known for their exceptional strength, excellent creep resistance across a wide temperature range, superior fatigue resistance, and outstanding oxidation resistance.

HZW offers a wide variety of nickel alloy grades to meet diverse application needs, including Monel (400, 401, K-500), Inconel (600, 601, 625, 718), Incoloy (800, 825, A-286), and Hastelloy (B-2, C-22, C-276). Custom dimensions are also available upon request.

Our products are known for their superior quality and competitive pricing, backed by a professional and dedicated sales team. For reliable service and top-performing materials, feel free to reach out to us anytime!

Inconel Alloy Plate

inconel 600 plate

Inconel Alloy 600 Plate

inconel 601 plate

Inconel Alloy 601 Plate

inconel 625 plate

Inconel Alloy 625 Plate

inconel 718 plate

Inconel Alloy 718 Plate

inconel x-750 plate

Inconel Alloy X-750 Plate

Incoloy Alloy Plate

incoloy 800 plate

Incoloy Alloy 800 Plate

incoloy 800ht plate

Incoloy Alloy 800HT Plate

incoloy 825 plate

Incoloy Alloy 825 Plate

incoloy 926 plate

Incoloy Alloy 926 Plate

incoloy a-286 plate

Incoloy Alloy A-286 Plate

Hastelloy Alloy Plate

hastelloy c-276 plate

Hastelloy Alloy C-276 Plate

hastelloy c-22 plate

Hastelloy Alloy C-22 Plate

hastelloy b-3 plate

Hastelloy Alloy B-3 Plate

hastelloy g-30 plate

Hastelloy Alloy G-30 Plate

Hastelloy Alloy X Plate

Monel Alloy Plate

monel 400 plate

Monel Alloy 400 Plate

Monel Alloy K-500 Plate

Nickel Alloy Plates Specifications

Product Name Nickel alloy plates
Grades Alloy 200/201, Alloy 400, K-500, 718, 625, 601, 600, 825, 800, 800H, 800HT, C-22, C-276, B, B-2, B-3, C-4, C-2000, G-30, 230, X-750, 617, 925, etc.
Standards JIS, AISI, ASTM, GB, DIN, EN, etc.
Thickness 3.0mm-50.0mm
Width 500mm-2000mm
Length 500mm-6000mm
OEM/ODM Customized size is available as your request
Quantity Tolerance ±10%
Surface Finish No.1, 1D, Pickled or as per demand
Applications Nickel alloys plates are ideally suited for a wide range of industries that require high-performance materials, including aerospace, marine, chemical processing, nuclear power generation and oil&gas production
Packaging Wooden pallet/Wooden case
Payment Terms 30% TT deposit and 70% balance before shipment, 100% LC at sight
Delivery Time 7-10 working days
MOQ 500 Kgs
Shipping Port Shanghai/Ningbo port
Sample The sample of nickel alloy plate is available
Remark Nickel alloy plate can be customized

Features of Nickel Alloy Plates

The material offers outstanding oxidation and corrosion resistance, excellent resistance to both cold and thermal fatigue, and superior formability through cold and hot processing methods such as cupping and bending. It also demonstrates excellent weldability. Suitable for use in corrosive environments involving acids, alkalis, and salts, it can withstand extreme operating conditions ranging from -253°C to 1300°C, making it ideal for high-temperature, wear-resistant, and other demanding applications.

Different Nickel Alloy Plates Applications & Useage

Nickel alloy plate is widely used in the aerospace industry for manufacturing high-temperature and high-stress components such as combustion chambers, flame tubes in afterburners, mounting flanges, gas ducts, partitions, and afterburner cylinders. It also serves critical roles in structural and load-bearing parts including bellows, plate springs for extreme environments, seals, and other components requiring exceptional oxidation resistance and mechanical strength.

Beyond aerospace, these plate have proven performance in demanding industries such as energy, oil and gas, chemical processing, offshore exploration, nuclear power, metallurgy, mechanical engineering, electric power generation, and the production of glass and construction materials.

Nickel Alloy Plates Drawing & Formula

drawing of nickel alloy plate

Formula: m = W (m) × THK (mm) × L (m) × ρ (g/cm³)

W = Width, THK = Thickness, L = Length, ρ = Density

Nickel Alloy Plate Tolerance in Thickness

ASTM B463, B536, B599, B625, B688, B709 and B718
Specified Thickness, in. (mm)Width, in. (mm)
To 84(2134), inclOver 84(2134) to 120(3048), inclOver 120(3048) to 144(3658), inclOver 144(3658)
Tolerance Over Specified Thickness, in. (mm)
3/16(4.76) to 3/8(9.52), excl0.045(1.14)0.050(1.27)
3/8(9.52) to 3/4(19.05), excl0.055(1.40)0.060(1.52)0.075(1.90)0.090(2.29)
3/4(19.05) to 1(25.40), excl0.060(1.52)0.065(1.65)0.085(2.16)0.100(2.54)
1(25.40) to 2(50.80), excl0.070(1.78)0.075(1.90)0.095(2.41)0.115(2.92)
2(50.80) to 3(76.20), excl0.125(3.18)0.150(3.81)0.175(4.44)0.200(5.08)
3(76.20) to 4(101.6), excl0.175(4.44)0.210(5.33)0.245(6.22)0.280(7.11)
4(101.6) to 6(152.4), excl0.250(6.35)0.300(7.62)0.350(8.89)0.400(10.16)
6(152.4) to 8(203.2), excl0.350(8.89)0.420(10.67)0.490(12.45)0.560(14.22)
8(203.2) to 10(254.0), excl0.450(11.43)0.540(13.72)0.630(16.00)
ASTM B333, B434, B435, B575, B582, B620, B814 and B818
Specified Thickness, in. (mm)Permissible Variations in Thickness, in. (mm)
+
3/16 to 7/32(4.762 to 5.556), incl0.021(0.53)0.010(0.25)
Over 7/32 to 1/4(5.556 to 6.350), incl0.024(0.61)0.010(0.25)
Over 1/4 to 3/8(6.350 to 9.525), incl0.027(0.69)0.010(0.25)
Over 3/8 to 1/2(9.525 to 12.70), incl0.030(0.76)0.010(0.25)
Over 1/2 to 5/8(12.70 to 5.88), incl0.035(0.89)0.010(0.25)
Over 5/8 to 3/4(15.88 to 19.05), incl0.040(1.02)0.010(0.25)
Over 3/4 to 7/8(19.05 to 22.25), incl0.045(1.14)0.010(0.25)
Over 7/8 to 1(22.25 to 25.4), incl0.050(1.27)0.010(0.25)
Over 1 to 3/2(25.4 to 63.5), incl50.010(0.25)
Tolerance in Width and Length
ASTM B463, B536, B599, B625, B688, B709 and B718
Width, in. (mm)Length, in. (mm)Tolerances Over Specified Width and Length for Given Width, Length, and Thickness, in. (mm)
Under 3/8 in. (9.52 mm) in Thickness3/8(9.52) to 1/2(12.70 mm) in., incl, in ThicknessOver 1/2(12.70 mm) to 1 in. (25.40 mm) in Thickness
WidthLengthWidthLengthWidthLength
48(1219) and under144(3658) and under1/8(3.18)3/16(4.76)3/16(4.76)1/4(6.35)5/16(7.94)3/8(9.52)
Over 48(1219) to 60(1524), incl3/16(4.76)1/4(6.35)1/4(6.35)5/16(7.94)3/8(9.52)7/16(11.11)
Over 60(1524) to 84(2134), incl1/4(6.35)5/16(7.94)5/16(7.94)3/8(9.52)7/16(11.11)1/2(12.70)
Over 84(2134) to 108(2743), incl5/16(7.94)3/8(9.52)3/8(9.52)7/16(11.11)1/2(12.70)9/16(14.29)
Over 108(2743)3/8(9.52)7/16(11.11)7/16(11.11)1/2(12.70)5/8(15.88)11/16(17.46)
48(1219) and underover 144(3658) to 240(6096)3/16(4.76)3/8(9.52)1/4(6.35)1/2(12.70)5/16(7.94)5/8(15.88)
Over 48(1219) to 60(1524), incl1/4(6.35)7/16(11.11)5/16(7.94)5/8(15.88)3/8(9.52)3/4(19.05)
Over 60(1524) to 84(2134), incl3/8(9.52)1/2(12.70)7/16(11.11)11/16(17.46)1/2(12.70)3/4(19.05)
Over 84(2134) to 108(2743), incl7/16(11.11)9/16(14.29)1/2(12.70)3/4(19.05)5/8(15.88)7/8(22.22)
Over 108(2743)1/2(12.70)5/8(15.88)5/8(15.88)7/8(22.22)11/16(17.46)1(25.40)
48(1219) and underover 240(6096) to 360(9144)1/4(6.35)1/2(12.70)5/16(7.94)5/8(15.88)3/8(9.52)3/4(19.05)
Over 48(1219) to 60(1524), incl5/16(7.94)5/8(15.88)3/8(9.52)3/4(19.05)1/2(12.70)3/4(19.05)
Over 60(1524) to 84(2134), incl7/16(11.11)11/16(17.46)1/2(12.70)3/4(19.05)5/8(15.88)7/8(22.22)
Over 84(2134) to 108(2743), incl9/16(14.29)3/4(19.05)5/8(15.88)7/8(22.22)3/4(19.05)1(25.40)
Over 108(2743)5/8(15.88)7/8(22.22)11/16(17.46)1(25.40)7/8(22.22)1(25.40)
60(1524) and underover 360(9144) to 480(12192)7/16(11.11)9/8(28.58)1/2(12.70)5/4(31.75)5/8(15.88)11/8(34.92)
Over 60(1524) to 84(2134), incl1/2(12.70)5/4(31.75)5/8(15.88)11/8(34.92)3/4(19.05)3/2(38.10)
Over 84(2134) to 108(2743), incl9/16(14.29)5/4(31.75)3/4(19.05)11/8(34.92)7/8(22.22)3/2(38.10)
Over 108(2743)3/4(19.05)11/8(34.92)7/8(22.22)3/2(38.10)1(25.40)13/8(41.28)
60(1524) and underover 480(12192) to 600(15240)7/16(11.11)5/4(31.75)1/2(12.70)3/2(38.10)5/8(15.88)13/8(41.28)
Over 60(1524) to 84(2134), incl1/2(12.70)11/8(34.92)5/8(15.88)3/2(38.10)3/4(19.05)13/8(41.28)
Over 84(2134) to 108(2743), incl5/8(15.88)11/8(34.92)3/4(19.05)3/2(38.10)7/8(22.22)13/8(41.28)
Over 108(2743)3/4(19.05)3/2(38.10)7/8(22.22)13/8(41.28)1(25.40)7/4(44.45)
60(1524) and underover 600(15240)1/2(12.70)7/4(44.45)5/8(15.88)15/8(47.62)3/4(19.05)15/8(47.62)
Over 60(1524) to 84(2134), incl5/8(15.88)7/4(44.45)3/4(19.05)15/8(47.62)7/8(22.22)15/8(47.62)
Over 84(2134) to 108(2743), incl5/8(15.88)7/4(44.45)3/4(19.05)15/8(47.62)7/8(22.22)15/8(47.62)
Over 108(2743)7/8(22.22)7/4(44.45)1(25.40)2(50.80)9/8(28.58)9/4(57.15)
ASTM B333, B434, B435, B575, B582, B620, B814 and B818
Specified ThicknessPermissible Variations in Widths and Lengths for Dimensions Given, in. (mm)
Up to 30(760), inclOver 30(760)
++
Inches
Sheared:
3/16 to 5/16, excl3/161/81/41/8
5/16 to 1/2, incl1/41/83/81/8
Abrasive-cut:
3/16 to 3/2, incl1/161/161/161/16
Over 3/2 to 3/2, incl1/81/81/81/8
Torch-cut:
3/16 to 2 excl1/201/20
2 to 3 incl5/805/80
Millimetres
Sheared:
4.76 to 7.94, excl4.763.186.353.18
7.94 to 12.70, incl6.353.189.523.18
Abrasive-cut:
4.76 to 38.1, incl1.591.591.591.59
Over 38.1 to 63.5, incl3.183.183.183.18
Torch-cut:
4.8 to 50.8 excl12.7012.70
50.8 to 76.2 incl15.9015.90
Delivery State
Delivery State
Delivery State ChoiceSurface Condition
Hot RolledNo.1
No.3
No.4
6K
8K
Pickled
Note:
1. If you require different deliver state than the above listed, kindly confirm with us.
2. In case of any enquiry or order, please kindly let us know any extra requirement not indicated here.

Nickel Alloy Plates: The Ultimate Guide

HZW supplies different nickel alloy plates grades: Monel(400, K-500, etc), Inconel(600, 601, 625, 718, X-750, etc), Incoloy(800, 800H, 825, A-286, 926, etc) and Hastelloy(B-2, B-3, C-22, C-276, X, G-30, etc). The thickness of our nickel alloy hot rolled plate ranges from3.0mm to 50mm. Customized size is also available.

So what’s the grade? What’s the production process of these plates?

In this guide, we will show you details about all.

So enjoy the read...

What Are Nickel Alloy Plates?

Nickel alloy plate is manufactured in strict accordance with the ASTM standard, which defines the required chemical composition, mechanical properties, and performance standards for nickel alloys.

As a trusted nickel alloy plate supplier, we produce these plates through hot rolling, followed by pickling to effectively remove surface scale. This process enhances the plate’s oxidation resistance and surface finish.

Nickel alloy hot-rolled plates are generally nickel alloy plates products with a thickness more than 3mm. In terms of the manufacturing process, the nickel alloy plate can be flattened and cut from the nickel alloy coil directly, it also can be hot rolled from the nickel alloy billet. Compared with 2B finish nickel alloy sheets, nickel alloy plates have a whiter finish.

How Nickel Alloy Plates Are Made?

1. Alloy Melting and Casting

Raw materials, including pure nickel and other alloying elements such as chromium, molybdenum, iron, or copper, are melted in a vacuum induction furnace or electric arc furnace. The molten alloy is then cast into ingots or slabs.

2. Hot Rolling

The cast ingot is reheated and passed through a series of rollers at high temperatures (typically above 1000°C) to reduce its thickness and improve its grain structure. This process forms a hot-rolled nickel alloy coil or plate.

3. Pickling and Surface Cleaning

After hot rolling, the material is typically pickled using acid to remove surface scale, oxides, and impurities, resulting in a cleaner surface for further processing.

4. Cold Rolling

The hot-rolled sheet is further processed through cold rolling, where it’s passed through rollers at room temperature. This step refines the surface finish, enhances dimensional accuracy, and increases strength through strain hardening. It also reduces the thickness to the final range—usually between 0.5 mm and 5 mm.

5. Annealing (Heat Treatment)

To relieve internal stresses from cold rolling and restore ductility, the sheets are heat-treated in a controlled atmosphere. This step improves formability and prepares the sheet for cutting or shaping.

6. Surface Finishing

The sheet surface is further treated to achieve a bright, smooth, and defect-free finish. Common methods include polishing, brushing, or bright annealing depending on the desired surface quality.

7. Cutting and Shearing

The sheets are then cut into custom sizes using shearing or laser cutting machines. Dimensional tolerances are carefully controlled based on customer requirements.

8. Inspection and Quality Control

Every batch of nickel alloy sheet undergoes strict quality inspection, including checks for thickness, flatness, mechanical properties, surface quality, and chemical composition.

9. Packaging and Delivery

Finally, the finished nickel alloy sheets are carefully packaged—often with interleaving paper or plastic film—and shipped to customers worldwide.

What Is The Packaging Standard of Nickel Alloy Plate?

nickel alloy plate packaging and shipping
  • Standard export sea packaging
  • Waterproof Paper Winding+PVC Film+Strap Banding+Wooden Pallet or Wooden Case
  • Customized packaging as your request (Logo or other contents accepted to be printed on the packaging)
  • Eye to wall and eye to sky are both available
  • By International Express: DHL/UPS/FEDEX/EMS and our own express line
  • By air or By sea
  • Shipping port: Shanghai, Ningbo or as your request
  • More Shipping Information
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