Mild steel square pipes, also known as MS box pipes, play a crucial role in various structural applications due to their strength and durability. Understanding their weight is essential for accurate project planning and execution.
Calculate MS Square Pipe Weight
To calculate the weight of a mild steel square pipe:
1.Measure Dimensions:
Side Length (a): Length of one side of the square cross-section. Wall Thickness (t): Thickness of the pipe’s walls.
2.Determine Material Density:
Mild steel density: ~7850 kg/m³.
3.Weight Calculation Formula:
Volume (V) = a² – (a – 2t)² Weight (W) = V × Density
Example Calculation
For a square pipe with a side length of 50 mm and wall thickness of 5 mm:
Construction: Used in buildings and infrastructure projects for support and framework.
Automotive Industry: Integral in manufacturing vehicle chassis and frames.
Furniture: Creates sturdy and durable frames for various furniture pieces.
Agriculture: Utilized in the construction of agricultural equipment and structures.
Why Choose Sachiya Steel International Private Limited?
At Sachiya Steel International Private Limited, we provide top-quality mild steel square pipes designed to meet your project needs. Our products are manufactured with precision and adhere to international standards, ensuring durability and performance.
Sachiya Steel International is one of the efficient organizations in developing an exclusive range of Jindal ss pipe weight chart that can withstand high temperature and pressure. Sachiya Steel International is One Of the largest independent Stockholder of schedule 80 stainless steel pipe Weight, Stainless steel pipe Weight schedule 10 those are used in various industrial applications.
Check SS 304 Pipe weight per meter in India and Stainless Steel Square Pipe Weight Chart
The weight of steel is a very important aspect that helps in planning the entire project. To understand and accurately get the weight of the pipping grade, a Stainless Steel Pipe weight chart can be referred to. The weight of the pipe is calculated by multiplying the volume of the stainless steel material by the density of the material and is mentioned in the chart. The chart gives different pipe schedules that are given in combination with wall thickness and outer diameter of the pipe.
The Stainless Steel Square Pipe Weight Chart shows the sizes and material standards of square pipes. It specifies all the aspects of the pipe grade that help in estimating the strength and load-bearing capacity of the pipe across stress-induced setups. The pressure holding capacities are governed by the pressure class that helps in determining the pipe of specific weights that would be suitable for different projects. You can refer to the SS 304 Pipe weight per meter in India to understand the different aspects of the most common stainless steel grade. The information also plays a pivotal role in understanding the loads that can be transported of the select grade.
The Sch 40 Stainless Steel Pipe Weight Chart specifies the pipes in 1.68lbs per foot. These pipes have slightly thinner walls and are easy to transport and process. These pipes are suitable for use in moderate pressure setups. If you want to know in detail about the weights of different pipes of different configurations, you can download the pdf to get a complete outlook of the grade. For any queries or questions, contact us or visit any of our outlets for more information.
Sachiya Steel International offering Jindal stainless steel pipe weight chart India as per customer requirements. For pressure operations such as moving liquids and gases in processing operations in the water treatment, chemical, food processing, petrochemical, dairy, and marine industries check stainless steel pipe Weight Per Meter. Sachiya Steel International is specialized as providing Stainless steel Pipe Weight chart Metric in Polished Grit 120 – 600 finish. Stainless Steel Pipe Weight Calculator Online.
SS Pipe Weight Chart, Stainless Steel Pipe Weight Table
Stainless Pipe Weight Per Meter, SS Pipe Weight Chart in Kg
Designation of Diameter
O/D
Nominal Wall Thickness
DIA
SCH.5S
SCH.5
SCH 10S
SCH.10
SCH.20S
SCH.30
SCH.40S
SCH.40
SCH 60
(A)
(B)
Meter MM
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
6
1/8
10.3
1
0.23
1.2
0.27
1.5
0.33
1.73
0.37
8
1/4
13.7
1.2
0.37
1.65
0.49
2
0.58
2.24
0.64
10
3/8
17.2
1.2
0.47
1.65
0.63
2
0.74
2.31
0.87
15
1/2
21.3
1.65
0.01
1.65
0.81
2.11
1.02
2.11
1.02
2.5
1.15
2.77
1.29
20
3/4
26.7
1.65
1.03
1.65
1.03
2.11
1.3
2.11
1.3
2.5
1.49
2.87
1.71
25
1
33.4
1.65
1.31
1.65
1.31
2.77
2.13
2.77
2.13
3
2.24
3.38
2.54
32
11/4
24.2
1.65
1.67
1.65
1.67
2.77
2.73
2.77
2.73
3
2.9
3.56
3.44
40
11/2
48.3
1.65
1.93
1.65
1.93
2.77
3.16
2.77
3.16
3
3.35
3.68
4.11
50
2
60.3
1.65
1.93
1.65
2.42
2.77
3.99
2.77
3.99
3.5
4.9
3.91
5.52
65
21/2
73
2.11
3.75
2.11
3.75
3.05
5.34
3.05
5.34
3.5
6
5.16
8.77
80
3
88.9
2.11
4.59
2.11
4.59
3.05
6.56
3.05
6.56
4
8.37
5.49
11.47
90
31/2
101.6
2.11
5.25
2.11
5.25
3.05
7.53
3.05
7.53
4
9.62
5.74
13.78
100
4
114.3
2.11
5.93
2.11
5.93
3.05
8.5
3.05
8.5
4.5
12.18
6.02
6.32
125
5
141.3
2.77
9.61
2.77
9.61
3.4
11.74
3.43
11.74
5
16.8
6.55
2210
150
6
168.3
2.77
11.47
2.77
11.47
3.4
14.04
3.43
14.04
5.5
22.08
7.11
28.69
200
8
219.1
2.77
15
2.77
15
3.76
20.77
3.76
20.27
6.35
33.82
7.04
37.38
8.18
43.2
10.81
53.9
250
10
273.1
3.4
22.95
3.4
22.95
4.19
28.2
4.19
28.2
6.35
42.41
7.8
51.81
9.27
61.22
12.2
82.8
300
12
323.9
3.96
31.72
4.19
33.6
4.57
36.54
4.57
36.54
6.35
50.48
8.38
66.2
9.53
75.01
10.31
80.94
14.27
110.62
350
14
355.6
3.96
34.86
4.78
41.99
6.35
55.53
7.92
68.95
9.53
82.58
9.53
82.58
11.13
96
15.06
128.42
400
16
406.4
4.19
42.2
4.78
48.07
6.35
63.61
7.92
79.03
9.53
94.7
9.53
94.7
12.7
125.2
16.66
162.59
450
18
457.2
4.19
47.46
4.78
54.15
6.35
71.69
7.92
89.1
11.13
124.32
9.53
106.83
14.27
158.27
19.05
209
500
2C
508
4.78
60.23
5.54
69.7
6.35
79.76
9.53
118.93
12.7
157.51
9.53
118.9
15.06
185.89
2062
251.65
550
22
558.8
4.78
65.95
5.54
76.75
6.35
87.84
9.53
131.07
12.7
173.66
9.53
131.07
15.88
216.04
22.23
298.55
600
24
609.6
5.54
83.8
6.35
95.92
6.35
95.92
9.53
143.2
14.27
212.72
9.53
143.2
17.45
258.74
24.59
360.21
650
26
660.4
7.92
129.4
12.7
205.97
9.53
155.32
700
28
711.2
7.92
139.47
12.7
222.13
15.88
276.48
9.53
167.44
750
3C
762
6.35
120.15
7.92
149.55
7.92
149.55
12.7
238.28
15.88
296.68
9.53
179.56
800
32
812.8
7.92
159.62
12.7
254.44
15.88
316.88
9.53
191.69
17.48
348.11
850
34
863.6
7.92
169.64
12.7
270.5
15.88
336.96
9.53
203.74
17.48
370.22
900
36
914.4
7.92
179.77
12.7
286.75
15.88
357.28
9.53
215.93
19.05
427.09
Stainless Steel Pipe Weight Chart Metric, Stainless Steel pipe standard weight chart, Weight Chart Of Stainless Steel Pipe, weight of stainless steel pipe grade 304, Unit weight of Stainless steel pipe 304
Designation of Diameter
O/D
Nominal Wall Thickness
DIA
SCH 80 S
SCH 80
SCH 100
SCH 120
SCH. 140
SCH.160
SCH.XXS
(A)
(B)
Meter MM
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
Wall Thk
Weight Kg/Mtr
6
1/8
10.3
2.41
0.47
8
1/4
13.7
3.02
0.82
10
3/8
17.2
3.2
1.12
15
1/2
21.3
3.73
1.64
4.75
1.97
7.47
2.59
20
3/4
26.7
3.91
2.93
5.54
2.93
7.82
3.69
25
1
33.4
4.55
3.29
6.35
4.3
9.09
5.53
32
11/4
24.2
4.85
4.53
6.35
5.69
9.7
7.88
40
11/2
48.3
5.08
5.49
7.14
7.35
10.16
9.69
50
2
60.3
5.54
7.6
8.71
11.26
11.07
13.65
65
21/2
73
7.01
11.59
9.53
15.15
14.02
20.72
80
3
88.9
7.62
15.51
11.13
21.67
15.24
28.11
90
31/2
101.6
8.08
18.92
16.15
34.56
100
4
114.3
8.56
22.66
11.13
28.75
13.49
34.05
17.12
41.66
125
5
141.3
9.53
31.44
12.7
40.9
15.88
49.87
19.05
58.31
150
6
168.3
10.97
43.21
14.27
55.03
18.24
68.53
21.95
79.1
200
8
219.1
12.7
65.63
15.06
76.93
18.24
91.73
20.62
102.47
23.01
112.97
22.23
108
250
10
273.1
12.7
82.8
15.06
97.27
18.24
116.38
21.41
134.9
25.4
157.51
28.58
174.95
25.4
155.5
300
12
323.9
12.7
98.95
17.45
133.88
21.41
162.14
25.4
189.82
28.58
211.31
33.32
242.4
25.4
189.82
350
14
355.6
12.7
109.04
19.05
160.54
23.8
197.74
27.76
227.88
31.75
257.47
35.71
286.04
400
16
406.4
12.7
125.2
21.41
206.4
26.19
249.34
30.94
290.88
36.53
338.32
40.46
370.74
450
18
457.2
12.7
141.35
23.8
258.29
29.36
314.54
34.93
369.34
39.67
414.74
45.24
466.67
500
2C
508
12.7
157.51
26.19
315.97
32.54
387.41
38.1
448.3
44.45
515.94
49.99
573.31
550
22
558.8
12.7
173.66
28.57
379.7
34.92
457.83
41.27
535.17
47.62
609.3
53.97
682.57
600
24
609.6
12.7
189.82
30.94
448.3
38.89
555.76
46.02
649.44
52.37
730.72
59.51
819.7
650
26
660.4
12.7
205.97
(24.66D-t) t 1000 Wt/pam + formula Weight Stainless Steel Pipe OD (mm) – W.T. (mm) XW.T. (mm) X 0.02466=Kg. per mtr.
700
28
711.2
12.7
222.13
750
3C
762
1270
238.28
800
32
812.8
12.7
254.44
850
34
863.6
12.7
270.5
900
36
914.4
12.7
286.75
Stainless Steel Pipe Weight Per Foot
Upper Value– Indicates wall thickness in inches. Lower Value– Indicates weight per foot in pounds
PIPE SIZE
O.D.
5s
True 5
10s
True 10
20
30
True 40
STD.
60
True 80
XH
100
120
140
True 160
XXH
1/8
0.405
.035 .1383
.049 .1863
.049 .1863
.068 .2447
.0668 .2447
.095 .3145
.095 .3145
1/4
0.540
.049 .2570
.065 . 3297
.065 .3297
.088 .4248
.088 .4248
.119 .5351
.119 .5351
3/8
0.675
.049 .3276
.065 .4235
.065 .4235
.091 .5676
.091 .5676
.126 .7388
.126 .7388
1/2
0.840
.065 .5383
.065 .5380
.083 .6710
.083 .6710
.109 .8510
.109 .8510
.147 1.088
.147 1.088
.187 1.304
.294 1.714
3/4
1.050
.065 .6838
.065 .6838
.083 .8572
.083 .8572
.113 1.131
.113 1.131
.154 1.474
.154 1.474
.218 1.937
.308 2.441
1
1.315
.065 .8678
.065 .8678
.109 1.404
.109 1.404
.133 1.679
.133 1.679
.179 2.172
.179 2.172
.250 3.765
.382 5.214
1 1/4
1.660
.065 1.107
.065 1.107
.109 1.806
.109 1.806
.140 2.273
.140 2.273
.191 2.997
.191 2.997
.250 3.765
.382 5.214
1 1/2
1.900
.065 1.274
.065 1.274
.109 2.085
.109 2.085
.145 2.718
.145 2.718
.200 3.631
.200 3.631
.281 4.859
.400 6.408
2
2.375
.065 1.604
.065 1.604
.109 2.638
.109 2.638
.154 3.653
.154 3.653
.218 5.022
.218 5.022
.343 7.444
.436 9.029
2 1/2
2.875
.083 2.475
.083 2.475
.120 3.531
.120 3.531
.203 5.793
.203 5.793
.276 7.661
.276 7.661
.375 10.01
.552 13.70
3
3.5
.083 3.029
.083 3.029
.120 4.332
.120 4.332
.216 7.576
.216 7.576
.300 10.25
.300 10.25
.438 14.32
.600 18.58
3 1/2
4.0
.083 3.472
.083 3.472
.120 4.973
.120 4.973
.226 9.109
.226 9.109
.318 12.51
.318 12.51
.636 22.85
4
4.5
.083 3.915
.083 3.915
.120 5.613
.120 5.613
.237 10.79
.237 10.79
.281 12.66
.337 14.98
.337 14.98
.438 19.00
.531 22.51
.674 27.54
4 1/2
5.0
.247 12.53
.355 17.61
.710 32.53
5
5.563
.109 6.349
.109 6.349
.134 7.770
.134 7.770
.258 14.62
.258 14.62
.375 20.78
.375 20.78
.500 27.04
.625 32.96
.750 38.55
6
6.625
.109 7.585
.109 7.585
.134 9.290
.134 9.289
.280 18.97
.280 18.97
.432 28.57
.432 28.57
.562 36.39
.719 45.30
.864 53.16
7
7.625
.301 23.57
.500 38.05
.875 63.08
8
8.625
.109 9.914
.109 9.914
.148 13.40
.148 13.40
.250 22.36
.277 24.70
.322 28.55
.322 28.55
.406 35.64
.500 43.39
.500 43.39
.594 50.87
.719 60.63
.812 67.76
.906 74.69
.875 72.42
9
9.625
.342 33.90
.500 48.72
10
10.75
.134 15.19
.134 15.19
.165 18.65
.165 18.70
.250 28.04
.307 34.24
.365 40.48
.365 40.48
.500 54.74
.594 64.33
.500 54.74
.719 76.93
.844 89.20
1.000 104.1
1.125 115.6
11
11.75
.375 45.55
.500 60.07
12
12.75
.156 21.07
.165 22.18
.180 24.16
.180 24.20
.250 33.38
.330 43.77
.406 53.53
.375 49.56
.562 73.16
.688 88.51
.500 65.42
.844 107.2
1.000 125.5
1.125 139.7
1.312 160.3
14
14.0
.156 23.07
.188 27.73
.250 36.71
.312 45.68
.375 54.57
.437 63.37
.375 54.57
.594 84.91
.750 106.1
.500 72.09
.938 130.7
1.094 150.7
1.250 170.2
1.406 189.1
16
16.0
.165 27.90
.188 31.75
.250 42.05
.312 52.36
.375 62.58
.500 82.77
.375 62.58
.656 107.5
.844 136.5
.500 82.77
1.031 164.8
1.219 192.3
1.438 223.5
1.593 245.1
18
18.0
.165 31.43
.188 35.76
.250 47.39
.312 59.03
.437 82.06
.562 104.8
.375 70.59
.750 138.2
.938 170.8
.500 93.45
1.156 208.0
1.375 244.1
1.562 274.2
1.781 308.5
20
20.0
.188 39.78
.218 46.05
.250 52.73
.375 78.60
.500 104.1
.594 122.9
.375 78.60
.812 166.4
1.031 208.9
.500 104.1
1.281 256.1
1.500 296.4
1.750 341.1
1.968 379.0
22
22.0
.250 58.07
.375 86.61
.500 114.81
.375 86.61
.875 197.42
1.125 250.82
.500 114.81
1.357 302.88
1.625 353.61
1.875 403.01
2.125 451.07
24
24.0
.218 55.37
.250 63.41
.250 63.41
.375 94.62
.562 140.8
.687 171.2
.375 94.62
.969 238.1
1.219 296.4
.500 125.5
1.531 367.4
1.812 429.4
2.062 483.1
2.343 541.9
26
26.0
.312 85.73
.375 102.63
.500 136.17
30
30.0
.250 79.43
.312 98.93
.312 99.08
.625 196.08
.375 118.65
.500 157.53
34
34.0
.312 112.43
.625 222.78
.688 244.60
.375 134.67
.500 178.89
36
36.0
.312 119.11
.625 236.13
.688 282.36
.375 142.68
.500 189.57
42
42.0
.625 276.17
.688 330.41
.375 166.71
.500 221.61
PIPE SIZE
O.D.
5s
True 5
10s
True 10
20
30
True 40
STD.
60
True 80
XH
100
120
140
True 160
XXH
What is so essential regarding stainless-steel pipe weight chart?
The stainless pipe sizes schedules are there to give a combination of wall thicknesses and pipe outer diameters so that the coordination provides a degree of pressure capacity. The stainless steel pipe dimensions correspond to the pressure capacities. The pressure capacities are governed by the pressure classes such as 150, 300, 600, 2500 and by the PN6, up to PN64 pressure classes etc. The pressure classes help to determine which grade and dimensions of pipes are to be applied in specific applications. You can check our stainless steel pipe weight chart to know how heavy your applications would be or how heavy the pipes would weigh.
The calculation involves calculating the volume of stainless steel in a pipe. This can be done manually by taking the thickness of the pipe, the perimeter of the pipe diameter and then the length of the pipe and multiplying all these values by the density of the stainless steel material. Each grade of stainless steel has a different density. The weight chart makes it easy and provides you with accurate calculations. The ss erw pipe pressure rating depends on the wall thickness, diameter and the grade of stainless steel as well. Our ss seamless pipe weight chart will help you to understand the different weights caused by the different material and dimensions of pipes. This information is much useful for transportation of the stainless steel pipes. Please check the tables below for the charts.
ss pipe weight chart
SS Pipe Weight chart Metric
SS Pipe Weight Per Meter
How to calculate weight of schedule 40 stainless steel pipe per Meter?
There are two ways for calculating the weight of Schedule 40 stainless steel- either by comparing the parameters based on the weight chart or by using the weight formula. The formula is:
P= t(D-t)*C
Here, D is the external diameter specified according to the pipe chosen and is measured in inches. t represents the wall thickness of the tube and is expressed usually in mm or inches. C has a static value of 0.02466 as per the SI units and 10.69 according to USC units. The weight of the Schedule 40 stainless steel is expressed in kg/m and lb/ft based on the measurement class being used.
Difference between Schedule 10, SCH 20 and SCH 40 pipe
The schedule of pipes determines the extent of their wall thickness. Therefore, Schedule 10, 20, and 40 pipes can be differentiated based on how thick the pipe wall is. SCH 10 pipes are much thinner in comparison to SCH 20 and SCH 40 pipes. The exact wall thickness will vary from one pipe to another, even though the chosen products have SCH 40 or SCH 20 rating. Therefore, it is imperative for you to verify the actual thickness and then decide which schedule value will be suitable for you. Another factor that has an impact of the pipe schedule is the length like 1” pipe with SCH 40 will have different wall thickness as compared to a 2” SCH 40 pipe.
Stainless Steel pipe standard sizes and thickness
The stainless steel pipes are usually rated based on the ANSI or ASME 36.19M standards. The sizes of these pipes vary between 1/8 inches and 12 inches. As for the wall thickness, the values are divided as per the Schedule being chose. For example, SCH 10 pipes have thickness range from 1.25 mm to 4.58 mm. Similarly, if the SCH 40 pipes are considered, their wall thickness will vary between 1.73 mm to 9 53 mm. Hence, the application of the pipes is based on the SCH it has been rated for and hence, it’s important to consider size and thickness both as per the ASME chart.
What is ANSI B36.19?
ANSI B36.19is a standard used to define pipes made from stainless steel by using both welded and seamless method. Using this standard, several attributes of the pipes can be determined like the size measured in inches, the Schedule No, the length of the outside diameter. Another two most important factors that can be determined using the chart provided under this ANSI standard are the wall thickness and the internal diameter. Also, under this standard compliances and regulations, four wall thickness grades are determined namely the SCH 5, SCH 10, SCH 40, and SCH 80
What is Nominal Bore and outside Diameter in Stainless Steel Pipes and Tubes?
At the time of rating the pipes or determining the dependent attributes like tolerance level, pressure levels, and so on, the two most important factor that one needs to consider are the nominal bore and the outside diameter. The outside diameter or OD is represented in mm or inches and expresses the entire diameter measured in accordance with the external circumference of the cross sectional area. As for the nominal bore, it determines the inner diameter of the stainless steel pipes and tubes. It is also measured in mm or inches and depends of the thickness of the walls.
What is the meaning of stainless steel pipe gauge?
Stainless steel pipe gauge is used for determining the wall thickness. This particular attribute is represented in normal numbers like 5, 10, 20, 40, and more. Based on these numbers, the wall thickness of the pipes and tubes are measured. For example, a pipe with gauge number of 40 may have a wall thickness of 1.67 mm or 1.97 mm depending on the external and internal diameters. Higher the gauge number, less will be the wall thickness and more will be the bore or OD. Also, lower gauge pipes are stronger and more durable as compared to pipes with high gauge rating.
OD Tolerance for stainless steel pipe
The stainless steel pipes are usually rated based on the ANSI or ASME 36.19M standards. The sizes of these pipes vary between between 1/8 inches and 12 inches. As for the wall thickness, the values are divided as per the Schedule being chose. For example, SCH 10 pipes have thickness range from 1.25 mm to 4.58 mm. Similarly, if the SCH 40 pipes are considered, their wall thickness will vary between 1.73 mm to 9 53 mm. Hence, the application of the pipes is based on the SCH it has been rated for and hence, it’s important to consider size and thickness both as per the ASME chart.
Standard pipe size tolerance
The ASME standard 999 is considered for calculating the tolerance level of the pipes. According to this, the stainless steel pipes usually have an under tolerance of -0.031″ for all OD measurements. However, when the over tolerance is considered, the value will increase with the external diameter of the pipes.
Pipe thickness tolerance as per ASME
It is very difficult to determine what could be the actual thickness of the stainless steel pipes based on the bore and external diameter. Hence, it is important to consider both these parameters together and compare them with the standard ASME 999 chart for having the exact knowledge about the thickness. Furthermore, if we consider the seamless pipes, their actual thickness deviates from the set value by 12.5%.
ASTM standard for steel tube
For ensuring that all the steel tube manufacturers are on the same ground, eight compliance and regulatory standards have been introduced in the ASTM category. Based on these categorization, one can understand the physical and chemical attributes of the concerned steel tube with ease.
The eight main ASTM standards are as follows:
ASTM A213 tubes have 1/8 inches thick walls with maximum inner diameter being 5 inches and OD being 0.5 inches.
ASTM A249 steel tubes are welded and usually used in boilers, heaters, conductors, and more.
ASTM A269 tubes can be subjected to different temperature classifications with ease since they have a wall thickness of ¼ inches
ASTM A270 is used to denote both seamless and welded steel tubes with a grade of TP 304, 316L, and the 316 grades.
ASTM A312 is used in food and dairy industry with tubes being made from both welding and seamless method.
ASTM A511 tubes are specifically made to tolerate high and extreme temperatures with ease. One can find both hot and cold finishing.
ASTM A554 determines the welded stainless steel tubes that are used for mechanical and structural purposes.
ASTM A778 tubes are made from welding the alloy without any annealing. They have an outside diameter of about 4 inches.
304 stainless steel pipe specifications
The stainless steel pipes with the 304 rating is one of the most used materials in different market. Commercially, it is known as the 18/8 stainless steel which means that the nickel percentage present in this alloy is approximately 80%. Following are the main specifications of the tubes having the ASTN 304 grade:
They have a tensile strength of approximately 515 MPa
The yield strength is roughly about 205 Mpa
It can be elongated by 35% minimum
The hardness of the 304 stainless steel pipes is about 90 HRB in the Rockwell category
For Brinell system, the hardness of these pipes is around 192 HB maximum.
The EN numbers for this grade of stainless steel is 1.4306 and 1.4301
DIN standards are rated for X 2 CrNi 19 11*, and X 5 CrNi 18 10*
Density of the 304 stainless steel is 7.93 kg/dm3
The thermal conductivity of this stainless steel grade is approximately around 16.2 W/m K measured at 100-degrees while for 500-degrees, the conductivity increases to 21.5 W/m.K.
It also has electrical resistivity around 720 nW.m
Due to all these amazing specifications, the stainless steel is used for several applications, starting from heat exchangers, petrochemical equipment pieces, nuclear power machinery, and so on.
What is the difference in sizes of stainless steel seamless and welded pipes?
In the seamless tubes, a single material sheet is rolled up to form the long cylinder while in the welded tubes, you will find that their lengths are joined together and hence, there will be a lot of seams throughout the total length of the pipes. Due to the differences in construction processes and physical and chemical attributes, the seamless and welded stainless steel pipes have different sizes. For example, the seamless pipes will come with the external diameter of 20 inches while that of the welded one will be approximately about 16 inches.
Major difference in dimensions of ASTM A312 stainless Steel Pipes and ASME SA312 Tube Dimensions
If stainless steel pipes having the 312 gauge rating is considered, there are two different ASTM standards- the A312 and SA312. Due to the differences in the standards, the dimensions of stainless pipes will also differ. The tensile strength of the A312 pipes is about 485 MPa and yield strength is about 170 MPa minimum. As for the elongation, it is rated at 35% minimum. It will further vary in accordance with the welded and seamless tubes because of the differences in the manufacturing, the presence of seams, and wall thickness
DIN standard for stainless steel pipes
For making sure that the dimensions of the stainless steel pipes are intact and universal, irrespective of the manufacturer, ISO has introduced the DIN EN ISO 1127 standard. This particular standard consists of all dimension specifications mentioned in the DIN 2462 describing seamless pipes and DIN 2463 determining the welded stainless steel tubes. Under this DIN 1127, the three main factors which are defined properly are the total length of the tubes, other sizing dimensions, and also the limit allowances.
When the outer diameter is concerned, there are four D-group classifications like:
D1 with a tolerance of +/- 1.5% and a minimum diameter of +/- 0.75mm
D1 with a tolerance of +/- 1% and a minimum diameter of +/- 0.5mm
D1 with a tolerance of +/- 0.75% and a minimum diameter of +/- 0.3mm
D1 with a tolerance of +/- 0.5% and a minimum diameter of +/- 0.1mm
As far as the wall thickness is considered, there are five standard values which are as follows:
T1 with +/- 15% tolerance and a minimum value of +/- 0.6mm
T1 with +/- 12.5% tolerance and a minimum value of +/- 0.4mm
T1 with +/- 10% tolerance and a minimum value of +/- 0.2mm
T1 with +/- 7.5% tolerance and a minimum value of +/- 0.15mm
T1 with +/- 5% tolerance and a minimum value of +/- 0.1mm
Accurate weight information is of utmost importance when working with stainless steel pipes for various applications. 304 stainless steel pipe stands out for its corrosion resistance and durability in industrial and commercial settings alike, so having access to accurate weight charts remains vital in order to plan and execute projects accurately in construction, manufacturing and engineering projects. Engineers and project managers depend on these charts in making informed decisions that ensure optimal performance and safety – especially with demand increasing for this material! Reliable weight charts remain critical components of efficient operations that lead to project success.
ms channel weight chart, U channel weight calculator, Online ISMC channel weight calculator, ms channel weight calculator free download, C channel weight calculator
ms channel weight chart
MS Channels or commonly known as C- channel, because of their C like shape is represented by its Web height & Flange width of the channel. our user-friendly ms channel weight chart and calculator offer accurate information that makes informed decisions easier for your endeavor.MS Channel primarily carries horizontal gravitational forces and is used for bus body, EOT cranes and many more engineering industry needs. Sachiya Steel International suppliers as top supplier for building material, stock all sizes/ weights of channel from companies like SAIL, RINL and other prestigious manufacturers of mild steel channel.
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ms channel weight chart
Size
Weight in Kgs. Per Feet
Weight in Kgs. per Mtr.
ISMC 75 x 40 x 4.8
2.176
7.14
ISMC 100 x 50 x 5
2.914
9.56
ISMC 125 x 65 x 5.3
3.993
13.10
ISMC 150 x 75 x 5.7
5.121
16.80
ISMC 175 x 75 x 6
5.975
19.60
ISMC 200 x 75 x 6.2
6.798
22.30
ISMC 250 x 82 x 9
10.426
34.2
ISMC 300 x 90 x 7.8
11.067
36.3
ISMC 400 x 100 x 8.8
15.274
50.1
MILD STEEL CHANNELS
DIMENSION & PROPERTIES AS PER ISI SPECFICATION IS:2062-2006
Designation
Depth of Section
Width of Flange
Thickness of Web
Weight/Mtr
Sectional Area
Moduli of Section
h
b
t
w
a
Zxx
Zyy
(mm)
(mm)
(mm)
(kg)
(cm2)
(cm2)
(cm2)
ISMC 75 weight
75
40
4.8
7.1
9.1
20.3
4.7
ISMC 100 weight
100
50
5
9.6
12.2
37.3
7.5
ISMC 125 weight
125
65
5.3
13.1
16.7
68
13.4
ISMC 150 weight
150
75
5.7
16.8
21.3
105
19.4
ISMC 175 weight
175
75
6
19.6
24.4
139.8
22.8
ISMC 200 weight
200
75
6.2
22.3
28.5
181
26.4
ISMC 250 weight
250
82
7.2
34.2
39
307
38.4
ISMC 300 weight
300
90
7.8
36.3
46.3
428
47.1
ISMC 400 weight
400
100
8.8
50.1
63.8
760
67
Channel Weight Per Kg
Sr. No.
Side(mm) x Side(mm) x Thickness(mm)
Section Weight (Kg/m)
1
MC *40 X 32 X 5
4.82
2
MC 75 X 40 X 4.8
7.14
3
MC 100 X 50 X 5
9.56
4
MC 125 X 65 X 5.3
13.1
5
MC 150 X 75 X 5.7
16.8
GRADES:
Sectional Properties as per:-
For Channels :-
IS :808 – 1989 / IS :3954 – 1981
Tolerance as per:-
For Channels :-
IS :1852 – 1985 / IS :3954 – 1981
Grades as per:-
For Channels :-
IS :2062 :E250 A – 2006
Structural Sizes & Section weight of Beams/ Joists, Channels and Angles
Section
Dimensions
Sectional Weight
Length
mm
kg/m
m
Channels
Bhilai Steel Plant
75 x 40 x 4.8
7.14
10 to 12
100 x 50 x 5
9.56
Durgapur Steel Plant
125 x 65 x 5.3
13.1
10 to 11.5
125 x 66 x 6
13.7
for all dimensions
150 x 75 x 5.7
16.8
150 x 76 x 6.5
17.7
175 x 75 x 6
19.6
200 x 75 x 6.2
22.3
200 x 76 x 7.5
24.3
Bhilai Steel Plant
250 x 82 x 9
34.2
10 to 12
300 x 90 x 7.8
36.3
for all dimensions
400 x 100 x 8.8
50.1
VIZAG (RINL: – RASHTRIYA ISPAT NIGAM LIMITED )
Channel Weight Per Kg
Sr. No.
Side(mm) x Side(mm) x Thickness(mm)
Section Weight (Kg/m)
1
MC *40 X 32 X 5
4.82
2
MC 75 X 40 X 4.8
7.14
3
MC 100 X 50 X 5
9.56
4
MC 125 X 65 X 5.3
13.1
5
MC 150 X 75 X 5.7
16.8
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Universal Beams, Columns and C Channel Weight as per Indian Standard including ISMC/ ISMB/ ISJB/ ISLB/ ISWB
MS Channels or commonly known as C Channel, because of their C like shape is represented by its Web height & Flange width of the channel. ISMB Weight Chart And ISMC Weight Chart. MS Channel primarily carries horizontal gravitational forces and is used for bus body, EOT cranes and many more engineering industry needs. Sachiya Steel International suppliers as top supplier for building material, stock all sizes/ weights of channel from companies like SAIL, RINL and other prestigious manufacturers of mild steel channel.
ISMC stands for Indian Standard Medium Weight Channel, while ISMB refers to “Indian Standard Medium Weight Beams.” Both designations help categorize steel sections according to their load-bearing capacities and dimensions; ISMC full form specifically to medium-weight channels while ISMB full form to medium-weight beams; engineers and architects need to be familiar with these distinctions when selecting structural components for various construction projects.
The ISMC Weight Chart is an invaluable tool for professionals in the construction industry. Here’s why it’s essential:
Structural Drawing: The ISMC C channel weight chart aids structural designers in selecting the appropriate ISMC channel based on the desired load-bearing capacity and the dimensions of the structure. This ensures both safety and durability for any project.
Material Measure or Size: The weight information provided in the chart allows for precise calculation of the total material weight of a structure. This precision is crucial for purposes such as transportation, handling, and cost estimation.
Standardization: Adhering to Indian Standard specifications, the chart ensures homogeneity and standardization within the construction industry. It offers a reliable reference for selecting the right channel based on the specific demands of a project.
Adaptability: Engineers can easily identify suitable ISMC channels for connecting different structural elements. This feature guarantees that channels can be joined effortlessly and accurately, enhancing the overall efficiency and integrity of the construction process.
Understanding the distinctions between ISMC and ISMB is just the beginning. Utilizing tools like the ISMC Weight Chart allows construction professionals to make informed decisions, ensuring the structural integrity and cost-effectiveness of their projects.
When it comes to top manufacturers of ISMC channels in India, several names stand out for their quality and reliability. Notable companies in this industry include:
Steel Authority of India Limited (SAIL)
Jindal Steel and Power Limited (JSPL)
Visakhapatnam Steel Plant (VSP)
ESSAR
These manufacturers are renowned for their robust production capabilities and high-standard steel products, making them leaders in the market.
Shape and Description of an ISMC Channel
ISMC channels are a type of structural steel profile identified by their distinctive “C” shape. These channels are produced using a hot-rolled process, adhering to the specifications outlined in the IS 808 standard.
Here are some key features of ISMC channels:
Shape: The channels have a unique “C” shape, providing excellent structural support.
Dimensions: They come in various sizes, defined by their width (measured across the flanges), depth (height of the web), and length.
Weight: Each size has a corresponding weight, ensuring it delivers the necessary strength for construction projects.
Due to their robust design, ISMC channels are widely used in construction to provide superior stability and support, preventing structural failures. The heavy-duty nature of these channels makes them ideal for various applications, ensuring that buildings and frameworks remain secure and durable.
Full form of Angle/ Channel/ Beam sections Indian Standards
ISMB: Indian Standard Medium Weight Beam
ISMC – Indian Standard Medium Weight Channel
ISJB: Indian Standard Junior Beams
ISLB: Indian Standard Light Weight Beams
ISWB: Indian Standard Wide Flange Beams
The popular trade name in Australia the Universal Beams (UB) and Columns (UC).
MILD STEEL CHANNELS
DIMENSION & PROPERTIES AS PER ISI SPECFICATION IS:2062-2006
Designation
Depth of Section
Width of Flange
Thickness of Web
Weight/Mtr
Sectional Area
Moduli of Section
h
b
t
w
a
Zxx
Zyy
(mm)
(mm)
(mm)
(kg)
(cm2)
(cm2)
(cm2)
ISMC 75 weight
75
40
4.8
7.1
9.1
20.3
4.7
ISMC 100 weight
100
50
5
9.6
12.2
37.3
7.5
ISMC 125 weight
125
65
5.3
13.1
16.7
68
13.4
ISMC 150 weight
150
75
5.7
16.8
21.3
105
19.4
ISMC 175 weight
175
75
6
19.6
24.4
139.8
22.8
ISMC 200 weight
200
75
6.2
22.3
28.5
181
26.4
ISMC 250 weight
250
82
7.2
34.2
39
307
38.4
ISMC 300 weight
300
90
7.8
36.3
46.3
428
47.1
ISMC 400 weight
400
100
8.8
50.1
63.8
760
67
Ms Channel Weight in Kg
Indian Standard
Sizes
Weight in Kg Per Foot
Weight in Kg per Meter
ISMC/ ISMB/ ISA
75 * 40 * 4.8
2.176
7.14
ISMC/ ISMB/ ISA
100 * 50 * 5
2.914
9.56
ISMC/ ISMB/ ISA
125 * 65 * 5.3
3.993
13.10
ISMC/ ISMB/ ISA
150 * 75 * 5.7
5.121
16.80
ISMC/ ISMB/ ISA
175 * 75 * 6
5.975
19.60
ISMC/ ISMB/ ISA
200 * 75 * 6.2
6.798
22.30
ISMC/ ISMB/ ISA
250 * 82 * 9
10.426
34.2
ISMC/ ISMB/ ISA
300 * 90 * 7.8
11.067
36.3
ISMC/ ISMB/ ISA
400 * 100 * 8.8
15.274
50.1
All weights are approximate. ( ISMB Weight Chart And ISMC Weight Chart. )
JINDAL Channel Weight Chart
Sr. No.
Depth (mm) x Flange (mm) x Sectional Weight (kg/m)
1
ISMC 250 X 80 X 30.6
2
ISMC 250 X 82 X 34.2
3
ISMC 250 X 83 X 38.1
4
ISMC 250 X 83 X 38.1
5
ISMC 300 X 90 X 36.3
6
ISMC 300 X 92 X 41.5
7
ISMC 300 X 93 X 46.2
8
ISMC 400 X 100 X 50.1
Structural Sizes & Section weight of Beams/ Joists, Channels and Angles
Section
Dimensions
Sectional Weight
Length
mm
kg/m
m
Channels
Bhilai Steel Plant
75 x 40 x 4.8
7.14
10 to 12
100 x 50 x 5
9.56
Durgapur Steel Plant
125 x 65 x 5.3
13.1
10 to 11.5
125 x 66 x 6
13.7
for all dimensions
150 x 75 x 5.7
16.8
150 x 76 x 6.5
17.7
175 x 75 x 6
19.6
200 x 75 x 6.2
22.3
200 x 76 x 7.5
24.3
Bhilai Steel Plant
250 x 82 x 9
34.2
10 to 12
300 x 90 x 7.8
36.3
for all dimensions
400 x 100 x 8.8
50.1
Weight Chart for ISMC Mild Steel Channels
Understanding the weight of ISMC (Indian Standard Medium Channel) Mild Steel Channels is crucial for ensuring precise engineering calculations and efficient project planning. Below is an organized weight chart detailing the dimensions and corresponding sectional weights, primarily sourced from prominent manufacturers like SAIL/JSPL and VSP.
Bhilai Steel Plant
Dimensions: 70 x 40 x 4.8 mm
Sectional Weight: 7.14 kg/m
Length: 12 m and above
Dimensions: 100 x 50 x 5 mm
Sectional Weight: 9.56 kg/m
Length: 12 m and above
Durgapur Steel Plant
Dimensions: 150 x 75 x 5.7 mm
Sectional Weight: 16.8 kg/m
Length: Standard length 11 m and above
Dimensions: 150 x 76 x 6.5 mm
Sectional Weight: 17.7 kg/m
Length: Standard length 11 m and above
Dimensions: 200 x 75 x 6.5 mm
Sectional Weight: 22.3 kg/m
Length: Standard length 11 m and above
Dimensions: 200 x 76 x 7.5 mm
Sectional Weight: 24.3 kg/m
Length: Standard length 11 m and above
Reagain Bhilai Steel Plant
Dimensions: 250 x 82 x 9 mm
Sectional Weight: 34.2 kg/m
Length: 12 – 13.5 m
Dimensions: 300 x 90 x 7.8 mm
Sectional Weight: 36.3 kg/m
Length: 12 – 13.5 m
Dimensions: 400 x 100 x 8.8 mm
Sectional Weight: 50.1 kg/m
Length: 12 – 13.5 m
This weight chart provides an essential reference for selecting the appropriate ISMC channels for your structural needs. Always ensure to verify the dimensions and weights as per your specific project requirements.
Steel Channel Weight Per Kg
Side(mm) * Side(mm) * Thickness range (mm)
Section Weight (Kg/m)
MC *40 * 32 * 5
4.82
MC 75 * 40 * 4.8
7.14
MC 100 * 50 * 5
9.56
MC 125 * 65 * 5.3
13.1
MC 150 * 75 * 5.7
16.8
Manufacturing Grades:
Steel Channel
IS :808 – 1989 / IS :3954 – 1981
Tolerance as per:-
Steel Channel
IS :1852 – 1985 / IS :3954 – 1981
Grades as per:-
Steel Channel
IS :2062 :E250 A – 2006
What are the Tolerances for ISMC Channels?
When working with ISMC channels, it’s important to understand the manufacturing tolerances. These tolerances ensure that the channels meet specific dimensions and standards, which is crucial for structural integrity and performance.
Here are the key tolerances for ISMC channels:
Web Depth Tolerance: The allowable variation for the depth of the web is ±2.5 mm. This ensures that the structural depth remains consistent for load-bearing applications.
Flange Width Tolerance: The flange width can vary by ±2 mm. Maintaining this tolerance is essential for the proper fitting and alignment of the channels in construction projects.
Weight per Meter Tolerance: The weight of the ISMC channel per meter can fluctuate by ±2.5%. This tolerance helps in maintaining uniformity in weight-related specifications, which is critical for calculating load and support requirements.
These tolerances are designed to maintain quality and precision in the production of ISMC channels, ensuring that they meet industry standards and perform reliably in various applications.
Mechanical Properties and Testing Requirements for ISMC Channels
Mechanical Properties
ISMC (Indian Standard Medium Channel) Channels are essential in various structural and engineering applications, and their mechanical properties are crucial to ensuring safety and performance. Here are the key mechanical properties specified under IS 808:1989:
Tensile Strength: ISMC channels typically possess high tensile strength to bear heavy loads and withstand pulling forces.
Yield Strength: The yield strength defines the stress at which a material begins to deform plastically. This is crucial for ensuring the channel maintains its structural integrity under load.
Elongation: This measures the channel’s ability to stretch before breaking. Higher elongation indicates better ductility and resilience.
Testing Requirements
Ensuring the mechanical properties meet industry standards involves rigorous testing. The following are the essential testing requirements for ISMC Channels per IS 808:1989:
Dimensional Verification: Precise measurements of length, width, and thickness are taken to ensure they meet specified dimensional standards.
Weight Assessment: Each channel is weighed to ensure compliance with weight specifications, which is vital for maintaining consistency in load-bearing capabilities.
Tolerance Checks: Tolerances in various dimensions are checked to confirm they fall within acceptable limits, ensuring uniformity and reliability in application.
Mechanical Testing: This includes tensile tests to ascertain strength and elongation characteristics, confirming they meet the IS 808:1989 standards.
Quality Control: Comprehensive quality control measures are in place, involving both destructive and non-destructive testing methods, to verify the material’s consistency and durability.
By adhering to these mechanical properties and testing requirements, ISMC Channels ensure structural reliability and safety in diverse engineering applications.
What Are the Different Grades of ISMC MS Channels?
ISMC MS (Indian Standard Medium Weight) channels are available in a variety of grades to suit different construction and manufacturing needs. Here’s a detailed look at the commonly available grades:
1. ISMC MS E350BR Channels
High strength
Ideal for heavy-duty applications
Suitable for structural purposes
2. ISMC MS E350A Channels
Medium-high strength
Versatile use in general construction
Cost-effective option
3. ISMC MS E410A Channel
Higher strength compared to E350A
Suitable for demanding structural applications
Enhanced durability
4. ISMC MS E410BR Channel
Another high-strength variant
Superior performance under high load conditions
Frequently used in industrial frameworks
5. ISMC Mild Steel E450A Channel
Very high strength
Best for extremely demanding environments
Long-lasting and reliable
6. ISMC MS E450BR Channels
Highest strength in the E series
Ideal for maximum load-bearing structures
Robust and highly durable
7. ISMC MS E250A Channels
Lower strength grade
Suitable for lighter construction needs
More economical
8. ISMC Mild Steel E250BR Channel
Similar to E250A but with enhanced structural properties
Good for moderate load-bearing structures
Affordable yet reliable
Each of these grades caters to specific requirements, from light-duty to heavy-duty structural applications. Whether you’re involved in construction, manufacturing, or industrial projects, there is an ISMC MS channel grade that fits your needs perfectly.
ISMC Weight Chart Per Meter and Kg
Type
Weight
per meter
(kg)
Depth of
Section
(mm)
Sectional
area
(cm²)
Thickness
of Flange
(mm)
Width of
Flange
(mm)
Thickness
of web
(mm)
ISMC 75
6.8
75
8.67
7.3
40
4.4
ISMC 100
9.2
100
11.70
7.5
50
4.7
ISMC 125
12.7
125
16.19
8.1
65
5.0
ISMC 150
16.4
150
20.88
9.0
75
5.4
ISMC 175
19.1
175
24.38
10.2
75
5.7
ISMC 200
22.1
200
28.21
11.4
75
6.1
ISMC 225
25.9
225
33.01
12.4
80
6.4
ISMC 250
30.4
250
38.67
14.1
80
7.1
ISMC 300
38.8
300
45.64
13.6
90
7.6
ISMC 350
42.1
350
53.66
13.5
100
8.1
ISMC 400
49.4
400
62.93
15.3
100
8.6
ISMC Channel Weight Chart and Sizes
When dealing with ISMC (Indian Standard Medium-weight Channel) steel channels, it’s essential to understand their weight and size specifications. Below is a detailed weight chart for various ISMC channel sizes:
Size (mm) Weight (Kg/m) MC 40 x 32 x 5 4.82 MC 75 x 40 x 4.8 7.14 MC 100 x 50 x 5 9.56 MC 125 x 65 x 5.3 13.10 MC 150 x 75 x 5.7 16.80 MC 200 x 75 x 6.2 22.30
Key Points:
MC 40 x 32 x 5: Weighs 4.82 kg per meter, ideal for lightweight structures.
MC 75 x 40 x 4.8: Weighs 7.14 kg per meter, suitable for medium-duty applications.
MC 100 x 50 x 5: Weighs 9.56 kg per meter, commonly used for robust framing.
MC 125 x 65 x 5.3: Weighs 13.10 kg per meter, perfect for heavy-duty construction.
MC 150 x 75 x 5.7: Weighs 16.80 kg per meter, excellent for high-strength requirements.
MC 200 x 75 x 6.2: Weighs 22.30 kg per meter, best for industrial-grade infrastructures.
Ensure you select the right channel size and weight for your specific application to guarantee structural integrity and performance.
How Does the ISMC Weight Chart Aid in Structural Drawing?
The ISMC weight chart serves as a crucial tool for structural designers by providing detailed information on the load-bearing capacities and dimensions of ISMC channels. This data allows designers to:
Choose the Right Material: Ensure the selected ISMC channel meets the project’s load requirements.
Guarantee Safety: Verify that the structure can safely support the anticipated loads.
Enhance Durability: Select channels that will contribute to the long-term stability and strength of the structure.
By referencing the weight chart, designers can make informed decisions, ultimately leading to safer and more durable construction projects.
The Role of Standardization in the ISMC Weight Chart
Standardization is crucial in the ISMC weight chart as it ensures consistent quality and uniformity across the board. By adhering to Indian Standard specifications, the chart provides a reliable reference for selecting the appropriate channel for your construction needs.
Here are the key benefits of this standardization:
Quality Assurance: Standardization ensures that every product meets a consistent quality level, making it easier to trust and use these materials in your projects.
Uniformity: With standardized measurements, you can expect uniform properties, making it easier to plan and execute your construction projects without unexpected variables.
Ease of Selection: The ISMC weight chart simplifies the selection process, guiding you to choose the right channel based on the specific requirements of your project.
In summary, standardization in the ISMC weight chart is essential for maintaining homogeneity, ensuring quality, and simplifying the selection process in the construction industry.
How Does the ISMC Weight Chart Ensure Adaptability in Construction?
The ISMC weight chart is a crucial tool in construction, providing engineers with detailed specifications for various channels. This comprehensive guide assists in identifying the right ISMC channels for different structural applications. Here’s how:
Precision in Selection
Engineers can easily match specific project requirements with precise ISMC channels, ensuring optimal performance and safety. This allows for precise load calculations and material selection.
Effortless Compatibility
The chart’s detailed information facilitates seamless integration of structural components. Channels can be joined correctly and effortlessly, minimizing errors in construction.
Versatility in Application
From bridges to buildings, the ISMC weight chart covers a wide range of applications, making it a versatile resource. Engineers can swiftly adapt to diverse construction needs with confidence.
Streamlined Construction Process
By providing clear and concise data, the ISMC weight chart streamlines the construction process. This efficiency reduces downtime and accelerates project timelines.
In summary, the ISMC weight chart is an essential tool that enhances adaptability in construction, ensuring that engineers can select and utilize channels with precision and ease.
How to calculate the weight of the mild steel channel?
Mild Steel channel are U- shaped structure made of steel defined by dimension of its sides and thickness. Mild steel channel have two parts flange and web base and horizontal part of it is known as flange and top vertical part of it is known as web. It has unequal sides for example 100×50×5 mm, both the sides’ web and flange of Mild Steel channel are 100 and 50 mm and their thickness is of 5 mm.
Mild Steel Channel Weight in kg per Meter
MS Web Volume
MS Channel Size = 100×50×5 mm
Web Depth = 100 mm =0.1m
Web Thickness = 5 mm=0.005 m
Web Length = 1 m
Volume = l×b×h
Volume = 0.1×0.005×1 m3
Web Volume = 0.0005 m3
How to Calculate the Weight of Structural Steel ISMC Channels?
To determine the weight of structural steel ISMC channels, follow this formula:
Weight Calculation Formula:
[ \text{Weight (kg/m)} = (A – B) \times C \times D ]
Where:
A = Flange Width (in millimeters)
B = Flange Thickness (in millimeters)
C = Width of the Web (in millimeters)
D = Thickness of the Web (in millimeters)
Step-by-Step Guide:
Measure the Flange Width (A):
The overall width of the flange from one edge to the other.
Determine the Flange Thickness (B):
The thickness of the outer edges of the steel channel.
Identify the Width of the Web (C):
The vertical section connecting the two flanges.
Find the Thickness of the Web (D):
The thickness of the vertical section between the flanges.
To convert to kilograms per meter, factor in the density of steel (approx. 7.85 g/cm³) and convert units accordingly.
By following these steps, you can precisely compute the weight of any ISMC channel you’re working with, essential for accurate project planning and execution.
Specifications for IS 2062 Mild Steel C Channel as per IS 808 Code
Product Types:
Mild Steel C Channels
IS 2062 Structural Steel Channels
Shape:
C Channel
Size Range:
From 75 x 40 mm to 400 x 100 mm
Length Options:
3 meters
5 meters
6 meters
8 meters
12 meters
Indian Standard Codes:
IS 808 for dimensional standards
IS 852 for specific dimensions
IS 1852 and IS 3954 for tolerances
Grades Available:
IS 2062 Mild Steel (MS)
IS 2062 E250/ E250A
IS 2062 E275
IS 2062 E300
IS 2062 E350/ E350BR
IS 2062 E410
IS 2062 E450
IS 2062 E550
IS 2062 E600
Quality Grades:
A
BR
B0
C
International Standards Compatibility:
ASTM A36
ASTM A572
EN 10025-2
Manufacturing Method:
Hot Rolled
Applications:
Structural Applications
Frame Design for Trucks/Trailers
Industrial Sheds
Bridges
Railway Masts
Refineries
Country of Origin:
India
Weight per Unit Length:
36.3 kg/m
Leading Manufacturers:
Steel Authority of India Limited (SAIL)
Jindal Steel and Power Limited (JSPL)
Visakhapatnam Steel Plant (VSP)
ESSAR
The IS 2062 Mild Steel C Channels adhere to these specifications to ensure consistency, quality, and performance across various structural and construction applications.
ISMB Weight Chart And ISMC Weight Chart.
ISMB Weight Chart
Understanding the unit weight of steel in civil engineering is critical when working with structural materials. Common terms used are ISMC and ISMB, with ISMC standing for “Indian Standard Medium Weight Channels” and ISMB for “Indian Standard Medium Weight Beams,” helping classify steel sections based on size and load-bearing capacities. calculate the unit weight in kg/m one can use this formula: (Steel weight per meter x Length of bar in meters / weight per kg per meter )/(Steel weight per Meter * Length of Steel Bar in meters) = (Steel weight per Meter * Length of Bar in meters) * 1.58 =0.395 kg/m. For instance if we had a 32 mm steel bar of 12 meters length that weighted 1.58 kg per meter its unit weight would equal to 0.395% kg/m.
ISMB beams play an essential part in building sturdy frameworks for buildings and bridges. An ISMB 350 beam, known for its robustness and load-bearing capacity, may vary in its unit weight depending on its dimensions and length; using the steel bars formula, one 12m long ISMB 350 beam has been calculated at 0.617 kg/m using steel bars formula calculations; this information helps engineers and architects in determining overall weight distribution and structural stability for projects.
How to Calculate the Unit Weight of an ISMC 100 Channel
Calculating the unit weight of an ISMC 100 channel involves a straightforward formula based on volume and density. Here’s a step-by-step guide:
By following these steps, you can accurately determine the unit weight of an ISMC 100 channel based on its volume and the density of the material used.
MS channel size
We know that MS channel consist of flange and web, it comes in several sizes ranging between 75×40×4.8 mm to 400× 100× 8.8 mm. Weight of MS channel is calculated in Kg per meter or in Kg per feet. Clearly higher dimension will have higher weighted value and lower dimension have lower weight value. For example MS channel having dimension 100×50×5 mm
Mild Steel Channel Unit Weight
Unit weight of MS channel calculated by formula weight = volume × density & density of steel is 7850 Kg/m3 and volume is calculated by multiplying web height × flange width × thickness.
MS channel Total volume
Total volume = volume of flange+ volume of web
Total volume = 0.000450 +0.0005 m3
Total volume =0.000950m3
4) Weight of MS channel
Weight = volume× density
Volume = 0.000950 m3
Density of steel = 7850 kg/m3
Weight = 0.000950m3×7850 kg/m3
Weight of MS channel = 7.45 kg/m
Ans: MS channel unit weight will be 7.45 kg
Two flange Volume
MS Channel Size = 100×50×5 mm
Flange Width = 50_5 mm =45mm=0.045 m
Flange Thickness = 5 mm=0.005 m
Flange Length = 1 m
Volume = L×B×H
Volume = 0.045×0.005×1 m3
Flange Volume = 0.000225 m3
Two Flange Volume = 0.000225×2 m3
Two Flange Volume of = 0.000450 m3
How the ISMC Weight Chart Aids in Material Measurement and Size Evaluation
The ISMC weight chart is a crucial tool for those involved in construction, manufacturing, and logistics. By referencing this chart, you can accurately determine the weight of various structural components, which is essential for several reasons:
Precise Weight Calculation: The chart offers exact measurements, ensuring you know the total weight of the structure. This is vital for planning and resource allocation.
Easy Handling: Knowing the weight in advance helps in strategizing the transportation and handling of materials, reducing the risk of damage or accidents.
Cost Estimation: Accurate weight information supports better financial planning, enabling precise estimation of material costs and budgeting.
In summary, the ISMC weight chart streamlines the process of material measurement and size evaluation, making your projects more efficient and cost-effective.
ISMB Weight Chart And ISMC Weight Chart.
Why Choose Us?
Working in the industry for a decade now, we have always followed severe internal standards and quality procedures to make sure that we always deliver the best. We are also known for our advanced pricing structure.
MS Channels are mainly used in the construction of trucks, trolleys, cranes, ships, containers, bridges, parking lots, etc. Its extensive use in several constructions makes it an integral part of the structure. Knowing its importance as mild steel channel suppliers, we make sure that all of our products are built to give strength, support, and durability to the construction. Sachiya Steel International is one of the well-known mild steel channel suppliers in India.
ISMC and ISMB beams are prominent terms in civil engineering, representing steel sections with specific load-bearing characteristics. Calculating their unit weight is a core task in design and construction engineering; using appropriate formulae such as those mentioned earlier allows engineers to accurately ascertain these values when planning and executing construction projects.
Why the ISMC Weight Chart is Valuable for Architects and Engineers
The ISMC weight chart is an indispensable tool for structural designers and engineers. Here’s why:
Load-Bearing Capacity and Sizes:
The chart helps in selecting the suitable ISMC channel based on the desired load-bearing capacity and the dimensions of the structure. This is crucial for ensuring the safety and durability of your project.
Material Measure and Project Estimation:
The component weight information provided in the chart is essential for evaluating the entire weight of the structure. This assists in practical aspects like transportation, handling, and cost estimation.
Standardization and Homogeneity:
Following Indian Standard specifications, the chart assures homogeneity and standardization in the construction industry. This ensures consistent quality and reliability across projects.
Ease of Selection and Application:
The chart serves as a reference, helping customers and engineers to select the right channel based on project demands. Engineers can recognize suitable ISMC channels for attaching different structural elements, ensuring that the channels can be joined effortlessly and correctly.
By incorporating these details, the ISMC weight chart not only aids in precise calculations but also supports various practical aspects of construction engineering, making it an invaluable resource in the field.
ms angle
ms channel
ms beam
ms chain
Trust Us With :
Rust-proof Coat
Strong and Sturdy Built
Corrosion Free Channels
How Are ISMC Channels Manufactured?
ISMC (Indian Standard Medium Channels) are produced using a hot rolling process, adhering to the specifications outlined in the IS 808 code. This method involves heating steel billets until they become pliable and then shaping them into the desired channel forms using rollers.
Steps in the Manufacturing Process:
Selection of Raw Material: Steel billets, typically of the MS (Mild Steel) variety, are chosen based on their grade and quality. Common grades include E 250, E 275, E 300, E 350, and E 410.
Heating: The steel billets are heated in a furnace to a temperature where they become malleable.
Hot Rolling: These heated billets are passed through a series of rollers that shape them into the standard ISMC profile. The dimensions and tolerances are maintained according to the IS 808 specifications.
Cooling: Once the desired shape is achieved, the channels are slowly cooled to room temperature. This ensures that the structural integrity of the channel is retained.
Quality Control: Post-production, the channels undergo rigorous quality checks. Tests are conducted to ensure they meet the required standards in terms of dimensions, strength, and durability.
Leading Manufacturers:
Several prominent manufacturers in India produce ISMC Channels. Key players include:
SAIL (Steel Authority of India Limited)
JSPL (Jindal Steel & Power Limited)
ESSAR Steel
VSP (Visakhapatnam Steel Plant)
Each of these manufacturers adheres to stringent quality standards to produce reliable and robust ISMC Channels suitable for a variety of construction and engineering applications.
By following this meticulous process, manufacturers ensure that ISMC Channels meet both national and international standards, making them a preferred choice in the industry.
Weight Chart for ISMC Mild Steel Channels
Understanding the specifications of ISMC mild steel channels is crucial for selecting the right material for your needs. Below is a detailed weight chart for ISMC mild steel channels manufactured by some leading providers:
Specifications Overview:
Grade Web Depth Flange Width Sectional Weight E350BR, E410A, E250A, E410BR, E300A, E350A 75-300 mm 40-90 mm 7.14 – 36.3 kg/m Different Grades 75-400 mm 40-100 mm 7.14 – 50.1 kg/m Another Range of Grades 40-200 mm 32-75 mm 4.82 – 22.3 kg/m Manufacturer-Specific Details:
SAIL Channels
Web Depth: Ranges from 75 mm to 300 mm
Flange Width: Between 40 mm and 90 mm
Sectional Weight: 7.14 kg/m to 36.3 kg/m
JSPL Channels
Web Depth: Ranges from 75 mm to 400 mm
Flange Width: Between 40 mm and 100 mm
Sectional Weight: 7.14 kg/m to 50.1 kg/m
VSP Channels
Web Depth: Ranges from 40 mm to 200 mm
Flange Width: Between 32 mm and 75 mm
Sectional Weight: 4.82 kg/m to 22.3 kg/m
This information helps you compare the different specifications available across various manufacturers, ensuring you can make an informed decision for your structural requirements.
ISMC Weight Chart
MS Channel prices vary according to its sizes. We offer them in all standard sizes and shapes. ISMB Weight Chart And ISMC Weight Chart. One can trust us with quality as the offered channels are manufactured under the keen supervision of highly-skilled professionals and produced using high-grade materials. We also provide mild steel channels according to the customer’s requirements.
