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Nickel Wire Mesh Outstanding Corrosion Resistance In Brine Sulfuric Acid Hydrofluoric Acid

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Nickel Wire Mesh Outstanding Corrosion Resistance In Brine Sulfuric Acid Hydrofluoric Acid

Name: Nickel Wire Mesh Outstanding Corrosion Resistance In Brine Sulfuric Acid Hydrofluoric Acid
Brand: QIANPU
Price: 1 USD

Quality Nickel Wire Mesh Outstanding Corrosion Resistance In Brine Sulfuric Acid Hydrofluoric Acid wholesale

Brand Name : QIANPU

Certification : ISO

Place of Origin : Anping of China

MOQ : 2Rolls

Price : Negotiable

Payment Terms : T/T, Western Union, L/C

Delivery Time : 2weeks

Packaging Details : Inside with a paper tube, outside with plastic film or waterproof paper, then in wooden case or pallets.

Product Name : Nickel 200 Wire Mesh

Material : Nickel Wire

Woven Type : Plain Weave, Twill Weave, dutch weave

Mesh Counts : 2 to 400

Wire : 0.025-1.80mm

Thickness : ≥ 0.08 mm

Features : excellent mechanical properties and ductility

Application : In Fiber Chemical Electrical Industry

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Nickel Wire Mesh Outstanding Corrosion Resistance In Brine Sulfuric Acid Hydrofluoric Acid

Nickel Woven Wire Mesh Introduction:

Nickel wire mesh is woven from pure nickel (Ni 200/201) or nickel alloys (e.g., Inconel, Monel, Hastelloy). The manufacturing process includes:

Wire Drawing: Nickel rods are drawn into fine wires (0.025 mm – 2.0 mm diameter).

Weaving: Wires are woven into plain, twill, or Dutch weave patterns.

Heat Treatment: Annealing may be applied to improve ductility and reduce brittleness.

Plain Weave – Most common and cost-effective
Twill Weave – For higher strength and density
Dutch Weave – Ideal for fine filtration and pressure resistance

Material:

Pure Nickel Series: Nickel 200 (EN 2.4060), Nickel 201 (EN 2.4061), Nickel 270 (EN 2.4050)
Nickel Alloy Series: Cr20Ni80 (EN 2.4869)

Table 1: Nickel 200 Wire Mesh Chemical Composition (%)
Ni	Fe ≤	C ≤	Mn ≤	Si ≤	Cu ≤	S ≤
balance	0.4	0.15	0.35	0.35	0.25	0.01

Nickel 200 and 201 are considered as commercially pure. With 99.6% grade, the low carbon content of 201 prevents the metal alloy from becoming brittle when exposed to temperatures 600F and above. The Nickel 270 is considered as high purity grade metal alloy, produced through powder metallurgy.

Pure Nickel Mesh (Ni 200/201):

Ni 200 (99.6% Ni) – Standard grade for general use.

Ni 201 (99.9% Ni) – Low carbon, better for high-temperature welding.

Nickel Alloy Mesh:

Inconel (Ni-Cr) – Extreme heat/corrosion resistance.

Monel (Ni-Cu) – Superior marine/chemical resistance.

Hastelloy (Ni-Mo-Cr) – Best for harsh acids.

Features:

High Corrosion Resistance: Excellent resistance to alkalis, acids, and saltwater (better than stainless steel in some environments).

Heat Resistance: Maintains strength at high temperatures (up to 1000°F / 538°C for Ni 200, higher for alloys).

Electrical Conductivity: Moderate conductivity, useful for battery and fuel cell applications.

Non-Magnetic (Ni 201): Ideal for electronic shielding where magnetic interference is a concern.

Ductility & Formability: Easier to shape than Monel or Inconel.

Oxidation Resistance: Forms a protective oxide layer at high temperatures.

Applications:

Chemical Processing: Filters, screens, and gaskets in corrosive environments.

Battery & Fuel Cells: Electrode support meshes in NiMH and alkaline batteries.

Aerospace & Defense: Heat shields, exhaust filters, and sensor protection.

Electronics: EMI/RFI shielding, conductive gaskets.

Pharmaceutical & Food: Non-reactive sieves and filters.

Nuclear Industry: Radiation-resistant components.

Decorative Use: Architectural accents due to its metallic luster.

Specifications:

Specifications of Nickel 200 Wire Mesh
Mesh	Wire Diameter		Opening
Mesh	mm	inch	(mm)
2 mesh	1.8	0.071	10.9
3 mesh	1.6	0.063	6.866
4 mesh	1.2	0.047	5.15
5 mesh	0.91	0.036	4.17
6 mesh	0.711	0.028	3.522
8 mesh	0.61	0.024	2.565
10 mesh	0.508	0.02	2.032
12 mesh	0.457	0.018	1.66
14 mesh	0.417	0.016	1.397
16 mesh	0.345	0.014	1.243
18 mesh	0.315	0.012	1.096
20 mesh	0.315	0.0124	0.955
22 mesh	0.315	0.0124	0.84
24 mesh	0.315	0.0124	0.743
26 mesh	0.295	0.0116	0.682
28 mesh	0.295	0.0116	0.612
30 mesh	0.274	0.011	0.573
32 mesh	0.254	0.01	0.54
34 mesh	0.234	0.0092	0.513
36 mesh	0.234	0.0092	0.472
38 mesh	0.213	0.0084	0.455
40 mesh	0.193	0.0076	0.442
42 mesh	0.193	0.0076	0.412
44 mesh	0.173	0.0068	0.404
46 mesh	0.173	0.0068	0.379
48 mesh	0.173	0.0068	0.356
50 mesh	0.173	0.0068	0.335
60 mesh	0.173	0.0068	0.25
70 mesh	0.132	0.0052	0.231
80 mesh	0.122	0.0048	0.196
90 mesh	0.112	0.0044	0.17
100 mesh	0.012	0.004	0.152
120 mesh	0.081	0.0032	0.131
140 mesh	0.061	0.0024	0.12
150 mesh	0.061	0.0024	0.108
160 mesh	0.061	0.0024	0.098
180 mesh	0.051	0.002	0.09
200 mesh	0.051	0.002	0.076
220 mesh	0.051	0.002	0.065
250 mesh	0.041	0.0016	0.061
280 mesh	0.035	0.0014	0.056
300 mesh	0.031	0.0012	0.054
320 mesh	0.031	0.0012	0.046
330 mesh	0.031	0.0012	0.042
350 mesh	0.031	0.0012	0.039
360 mesh	0.025	0.00098	0.0385
400 mesh	0.025	0.00098	0.0385

Mesh Count	Wire Diameter (mm)	Opening Size (mm)	Application Example
10	0.5	2.04	Marine ventilation screens
40	0.2	0.43	Saltwater filtration
100	0.1	0.154	Chemical processing filters
200+	<0.07	<0.06	Ultra-fine particulate filtration

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Nickel Wire Mesh Outstanding Corrosion Resistance In Brine Sulfuric Acid Hydrofluoric Acid

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