Alloy 601 / UNS N06601 Seamless Nickel Alloy Tube For Oilfield Downhole

Short Description:

UNS N06601 has good resistance to heat and corrosion, especially outstanding to oxidation at elevated temperatures up to 1200℃. It also has high strength, good fabricability and good resistance to aqueous corrosion.


Product Detail

Product Tags

Material:UNS N06601
Standard: ASTM B829 ASTM B 168/B 906
Outer Diameter: 6mm-355.60mm
Wall Thickness: 1.00mm-20.00mm
Surface:Bright Annealed
Technology:Cold Drawn / Cold Rolled
NDT:Eddy Current Or Hydraulic Test
Inspection:100%
Packing:Plywooden case or Bundle
Quality Assurance:ISO & PED & AD2000
Type:Seamless&Welded

 

Chemical composition

% Ni Cr Fe C Mn Si S Al Cu
min 58.0 21.0 balance 1.00
max 63.0 25.0 0.10 1.00 0.50 0.015 1.70 1.00

Physical properties

Density 8.11 g/cm3
Melting range 1360-1411℃

 

 

Features: UNS N06601 has good resistance to heat and corrosion, especially outstanding to oxidation at elevated temperatures up to 1200℃. It also has high strength, good fabricability and good resistance to aqueous corrosion.

Applications: Chemical process industry, waste incinerators, power generation equipment, heat treating equipment, and gas turbine engine components.

nickel alloy 601 tube

 

Stanard Wire Gauge ( Fomerly Imperial Wire Gauge ) SWG

SWG

Wall Thickness

SWG

Wall Thickness

0

0.324

8.23

21

0.032

0.81

1

0.3

7.62

22

0.028

0.71

2

0.276

7.01

23

0.024

0.61

3

0.252

6.4

24

0.022

0.56

4

0.232

5.89

25

0.02

0.51

5

0.212

5.38

26

0.018

0.46

6

0.192

4.88

27

0.0164

0.42

7

0.176

4.47

28

0.0148

0.38

8

0.16

4.06

29

0.0136

0.35

9

0.144

3.66

30

0.0124

0.31

10

0.128

3.25

31

0.0116

0.29

11

0.116

2.95

32

0.0108

0.27

12

0.104

2.64

33

0.01

0.25

13

0.092

2.34

34

0.0092

0.23

14

0.08

2.03

35

0.0084

0.21

15

0.072

1.83

36

0.0076

0.19

16

0.064

1.63

37

0.0068

0.17

17

0.056

1.42

38

0.006

0.15

18

0.048

1.22

39

0.0052

0.13

19

0.04

1.02

40

0.0048

0.12

20

0.036

0.91


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