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Charakteristische Vorteile
Nickel woven wire mesh or low-alloy nickel woven wire mesh is useful in chemical processing because of its resistance to various chemicals including acid, alkali. It is also useful in the electronics due to its high electrical conductivity. The Nickel wire can be also used in the heat exchange due to its thermal conductivity and ductility.
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Gemeinsame Spezifikationen
Material: nickel 200, nickel 205, nickel 270, N2, N4, N6, N8.
Weaving type: plain weave, twill weave and dutch weave.
Wire diameter: 0.0018" - 0.0280".
Mesh size: 8 mesh - 200 mesh.
Width: 36", 48".
Length: customized.
Typ
Ni + Co
Cu
Si
Mn
C
Mg
S
Fe
Impurity Sum
Min.
Max.
N2
99.98
0.001
0.003
0.002
0.005
0.003
0.001
0.007
0.02
N4
99.9
0.015
0.03
0.002
0.01
0.01
0.001
0.04
0.1
N6
99.5
0.03
0.1
0.05
0.1
0.1
0.005
0.1
0.5
N8
99
0.15
0.15
0.2
0.2
0.1
0.015
0.3
1
Mesh count
Wire Diameter (in.)
Type Weave
Width Opening (in.)
Open Area (%)
8 × 8
0.028
Plain
0.097
60.2
10 × 10
0.02
Plain
0.08
64%
12 × 12
0.014
Plain
0.0693
69.2
16 × 16
0.012
Plain
0.0505
65.3
16 × 16
0.014
Plain
0.0485
60.2
20 × 20
0.0045
Plain
0.0455
82.8
20 × 20
0.007
Plain
0.043
74
20 × 20
0.014
Plain
0.036
51.8
25 × 25
0.006
Plain
0.019
57.8
26 × 26
0.01
Plain
0.0285
54.8
30 × 30
0.013
Plain
0.0203
37.2
40 × 40
0.006
Plain
0.019
57.8
40 × 40
0.01
Plain
0.015
36
50 × 50
0.002
Plain
0.018
81
60 × 60
0.007
Plain
0.0097
33.6
60 × 60
0.0105
Twill
0.0062
13.7
60 × 60
0.01
Twill
0.0057
11.6
70 × 70
0.004
Plain
0.0103
51.8
70 × 70
0.0045
Plain
0.0098
46.9
70 × 70
0.008
Twill
0.0063
19.4
80 × 80
0.0055
Twill
0.007
31.4
85 × 70
0.006
Plain
0
28.4
100 × 100
0.002
Plain
0.008
64
100 × 100
0.004
Plain
0.006
36
100 × 100
0.0045
Plain
0.006
30.3
200 × 200
0.0018
Plain
0.0032
41
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Anwendungsbereich
1. Electrode materials for lithium batteries, nickel hydrogen batteries, fuel cells, etc
Nickel mesh is used as a current collector or carrier for supporting structures of positive and negative electrode materials.
Especially in hydrogen nickel batteries and fuel cells, the conductivity and corrosion resistance of nickel mesh are crucial.
2. Supercapacitors
Nickel mesh can serve as a supporting substrate for active materials, improving energy density and conductivity.
3. Catalyst carrier
Nickel has excellent catalytic performance, and nickel mesh is commonly used in industrial catalytic scenarios such as hydrogenation reactions.
4. Filtration and Separation
Nickel mesh is used for solid-liquid separation, gas filters, etc. in high temperature and strong acid-base environments.
5. Electromagnetic shielding materials
Nickel mesh shields electromagnetic interference (EMI) and is used for military communication, electronic equipment protective cases, etc.
6. Conductive mesh material
Used in components such as thin film electrodes, heating elements, sensors, etc
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