Brands, types and properties of pure nickel wire mesh

not less than

N2

99.98

.001

.003

.002

.005

.003

.001

.007

.02

N4

99.9

.015

.03

.002

.01

.01

.001

.04

.1

N6

99.5

.06

.10

.05

.10

.10

.005

.10

.5

N8

99.0

.15

.15

.20

.20

.10

.015

.30

1.0

DN

99.35

.06

.02-.10

.05

.02-.10

.02-.10

.005

.10

.35

NY1

99.7

.1

.10

-

.02

.10

.005

.10

.3

NY2

99.4

.01-.10

.10

-

-

-

.002-.01

.10

.6

NY3

99.0

.15

.2

-

.1

.10

.005

.25

1.0

NMg0.1

99.6

.05

.02

.05

.05

.07-.15

.005

.07

.40

NSi0.19

99.4

.05

.15-.25

.05

.10

.05

.005

.07

.50

Corrosion resistance of pure nickel

 It is particularly resistant to alkali corrosion and is relatively stable in high temperature or molten alkali, so it is mainly used in the alkali industry. At room temperature, nickel is extremely stable in seawater, salt solutions and organic media (such as fatty acids, phenols, alcohols, etc.). It is not resistant to inorganic acid corrosion and is also unstable in acetic acid and formic acid.