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Nickel Alloy 601-Inconel 601 wire mesh

Specification

Material: Inconel 601 wires

Type: Industrial Special Alloy Wire Mesh

Weave Pattern: Plain Weave, Twill Weave, Dutch Weave, Crimped Weave, etc.

Mesh Count: Custom made.

Wire Diameter: Custom made.

Width: Custom made

Length: 30M and other custom length.

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Introduction

Nickel Alloy 601 wire mesh, also known by its brand name Inconel® 601 wire mesh, UNS N06601 mesh, and 2.4851 wire mesh.
Inconel 601 mesh is also made of nickel-chromium alloy wires used for area that requires excellent corrosion resistance and heat. This nickel alloy wire mesh stands out due to its resistance to high-temperature oxidation, remaining highly resistant to oxidation through 2200° F (1093°C). Alloy 601 develops a tightly adherent oxide scale that resists spalling even under conditions of severe thermal cycling.

The wire mesh made of this nickel alloy has good high-temperature strength and retains its ductility after long service exposure. With the extra addition of aluminum elements, it has a high mechanical strength and is readily formed, machined, and welded. Inconel 601’s properties make it a material of broad utility in fields like catalyst supports, exhaust systems, chemical processing, heat processing, pollution control, nuclear exchangers, aerospace units, etc. However, Inconel 601 wire mesh is not suggested for use in strongly reducing, sulfur-bearing environments.

EQUIVALENT STANDARDS

INDUSTEEL TRADEMARKS

UNS

ASTM

EURONORMS EN

SUS

 

N06601

N06601

EN 2.4851

 

Chemical Composition of Nickel Alloy 601 and Inconel® 601 wire mesh

C

Mn

S

Si

AL

Ni

Cr

Fe

.10Max

1.5 Max

.015 Max

.50 Max

1.0-1.7

58.0-63.0

21-25

~16

Physical Properties of Nickel Alloy 601 and Inconel® 601 wire mesh.

Property

Metric Units

Density

8,110 kg/m³ @ 20°C

Melting Point

1360-1411°C

Electrical Resistivity

1190 micro-ohm . m @ 20°C

Specific Heat

448 J/kg . °C @ 20°C

Mean Coefficient of Expansion

13.8 x 10-6 / °C @ 20°C

Thermal Conductivity

11.2 W / m . °C @ 20°C

Curie Temperature

-320°C

Modulus of Elasticity

 

Tension

207 GPa @ 20°C

Torsion

81.2 GPa @ 20°C

Poisson’s Ratio

0.272 @ 20°C

Specification List:

Mesh Count

/Inch

Wire Diameter

Aperture

Open Area

%

Weight (LB)

/100 Square Foot

Inch

MM

Inch

MM

1 × 1

.080

2.03

.920

23.37

84.6

41.1

2 × 2

.063

1.60

.437

11.10

76.4

51.2

3 × 3

.054

1.37

.279

7.09

70.1

56.7

4 × 4

.063

1.60

.187

4.75

56.0

104.8

4 × 4

.047

1.19

.203

5.16

65.9

57.6

5 × 5

.041

1.04

.159

4.04

63.2

54.9

6 × 6

.035

.89

.132

3.35

62.7

48.1

8 × 8

.028

.71

.097

2.46

60.2

41.1

10 × 10

.025

.64

.075

1.91

56.3

41.2

10 × 10

.020

.51

.080

2.03

64.0

26.1

12 × 12

.023

.584

.060

1.52

51.8

42.2

12 × 12

.020

.508

.063

1.60

57.2

31.6

14 × 14

.023

.584

.048

1.22

45.2

49.8

14 × 14

.020

.508

.051

1.30

51.0

37.2

16 × 16

.018

.457

.0445

1.13

50.7

34.5

18 × 18

.017

.432

.0386

.98

48.3

34.8

20 × 20

.020

.508

.0300

.76

36.0

55.2

20 × 20

.016

.406

.0340

.86

46.2

34.4

24 × 24

.014

.356

.0277

.70

44.2

31.8

30 × 30

.013

.330

.0203

.52

37.1

34.8

30 × 30

.012

.305

.0213

.54

40.8

29.4

30 × 30

.009

.229

.0243

.62

53.1

16.1

35 × 35

.011

.279

.0176

.45

37.9

29.0

40 × 40

.010

.254

.0150

.38

36.0

27.6

50 × 50

.009

.229

.0110

.28

30.3

28.4

50 × 50

.008

.203

.0120

.31

36.0

22.1

60 × 60

.0075

.191

.0092

.23

30.5

23.7

60 × 60

.007

.178

.0097

.25

33.9

20.4

70 × 70

.0065

.165

.0078

.20

29.8

20.8

80 × 80

.0065

.165

.0060

.15

23.0

23.2

80 × 80

.0055

.140

.0070

.18

31.4

16.9

80 × 80

.0047

.119

.0078

.198

39

11.39

90 × 90

.005

.127

.0061

.16

30.1

15.8

100 × 100

.0045

.114

.0055

.14

30.3

14.2

100 × 100

.004

.102

.0060

.15

36.0

11.0

100 × 100

.0035

.089

.0065

.17

42.3

8.3

 

Mesh Count/

Inch

Wire Diameter

Type of Weave

Warp wire dia.

Weft wire dia.

inch

mm

inch

mm

12x64

0.023

0.58

0.0165

0.42

Plain

14x88

0.019

0.48

0.012

0.30

Plain

14x110

0.016

0.40

0.011

0.28

Plain

24x110

0.014

0.355

0.010

0.25

Plain

Application

-Chemical Processing
-Nuclear Exchangers
-Aerospace
-Heat-treating industry
-Radiant tubes
-Power generation
-Steam superheater tube supports
-Catalyst support grids in nitric acid production

 

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