Inconel Round Bars weight chart in kg, mm, pdf serves as the primary reference for industrial procurement. These austenitic nickel-chromium superalloys require precise weight calculations due to their varying diameters, lengths, and alloy compositions across different grades. Manufacturers and suppliers rely on standardized weight specifications to ensure accurate quotations and material planning in high-temperature applications.

Diameter (mm)

Weight per Meter (kg)

Cross-Sectional Area (mm²)

Weight per 6m (kg)

6

0.226

28.27

1.356

8

0.402

50.27

2.412

10

0.628

78.54

3.768

12

0.904

113.10

5.424

14

1.230

153.94

7.380

16

1.608

201.06

9.648

18

2.036

254.47

12.216

20

2.513

314.16

15.078

22

3.041

380.13

18.246

25

3.927

490.87

23.562

28

4.928

615.75

29.568

30

5.655

706.86

33.930

32

6.434

804.25

38.604

35

7.697

962.11

46.182

38

9.076

1134.11

54.456

40

10.053

1256.64

60.318

42

11.087

1385.44

66.522

45

12.733

1590.43

76.398

48

14.476

1809.56

86.856

50

15.708

1963.50

94.248

55

19.004

2375.83

114.024

60

22.619

2827.43

135.714

65

26.555

3318.31

159.330

70

30.786

3848.45

184.716

75

35.343

4417.86

212.058

80

40.210

5026.55

241.260

85

45.396

5674.50

272.376

90

50.893

6361.73

305.358

95

56.709

7088.22

340.254

100

62.832

7853.98

376.992

110

76.030

9503.32

456.180

120

90.478

11309.73

542.874

130

106.176

13273.23

637.056

140

123.124

15393.80

738.744

150

141.372

17671.46

848.232

160

160.849

20106.19

965.094

170

181.575

22698.01

1089.450

180

203.551

25446.90

1221.306

200

251.327

31415.93

1507.962

Diameter (mm)

Weight per Meter (kg)

Weight per 3m (kg)

Weight per 12m (kg)

10

0.665

1.995

7.980

15

1.496

4.488

17.952

20

2.661

7.983

31.932

25

4.158

12.474

49.896

30

5.987

17.961

71.844

40

10.649

31.947

127.788

50

16.639

49.917

199.668

60

23.958

71.874

287.496

80

42.595

127.785

511.140

100

66.555

199.665

798.660

Diameter (mm)

Weight per Meter (kg)

Surface Area per Meter (mm²)

Volume per Meter (mm³)

8

0.418

251.33

50265.48

12

0.940

377.00

113097.34

16

1.671

502.66

201061.93

20

2.612

628.32

314159.27

25

4.081

785.40

490873.85

32

6.683

1005.31

804247.72

40

10.442

1256.64

1256637.06

50

16.315

1570.80

1963495.41

For specialized industrial requirements, larger diameter Inconel round bars are available.

Diameter (mm)

Weight per Meter (kg)

Typical Applications

220

304.335

Aerospace components

250

393.270

Power generation

280

492.816

Chemical processing

300

565.486

Marine applications

The weight calculations in this Inconel Round Bars weight chart are based on standard density values of 8.00-8.44 g/cm³ depending on the specific grade. Professional suppliers in the b2b trade market rely on these standardized charts to maintain consistency, while platforms like pipex.ai have revolutionized manufacturer-buyer connections by providing detailed specifications and seamless transaction capabilities.

Inconel round bars find extensive use in aerospace applications including jet engines, gas turbines, and rocket components where precise weight calculations help engineers optimize designs and maintain safety standards. In chemical processing plants, these bars serve as critical components in reactors and heat exchangers, with their corrosion-resistant properties and accurate weight specifications making them indispensable for process engineering.

Many manufacturers provide downloadable Inconel Round Bars weight chart in kg, mm, pdf formats containing complete dimensional specifications, weight calculations for various lengths, material property data, and application guidelines. Modern b2b trade platforms have streamlined procurement processes, enabling companies to access comprehensive supplier networks through advanced platforms like pipex.ai for instant specification comparisons and accurate weight chart access.

Understanding the Inconel Round Bars weight chart remains fundamental for successful project execution across aerospace, chemical processing, and power generation industries. Accurate weight calculations ensure optimal material utilization and cost-effective procurement strategies, making this comprehensive guide an essential reference for engineers, procurement specialists, and project managers involved in high-temperature applications.