H-beams (H bars in some markets) are among the most commonly used structural steel sections in construction projects, providing excellent load-bearing capacity and design flexibility. Whether you’re building industrial frameworks, warehouses, or bridge structures, knowing the H beam dimensions, measurements, and weight per meter is essential for accurate structural design and cost estimation.
The tables below will help you find the right section for your project and plan material procurement efficiently.
H Beam Size Chart – Complete Dimensions & Section Properties
The following H beam size chart lists standard dimensions including flange width, web thickness, and sectional height.
H Beam Size (mm)
Flange Width (mm)
Web Thickness (mm)
Section Height (mm)
Theoretical Weight (kg/m)
100×100×6×8
100
6
100
17.2
125×125×6.5×9
125
6.5
125
23.8
150×150×7×10
150
7
150
31.1
175×175×7.5×11
175
7.5
175
40.4
200×100×5.5×8
100
5.5
200
18.2
200×200×8×12
200
8
200
49.9
250×125×6×9
125
6
250
25.7
250×250×9×14
250
9
250
72.4
300×150×6.5×9
150
6.5
300
32.0
300×300×10×15
300
10
300
94.5
350×175×7×11
175
7
350
41.4
350×350×11×16
350
11
350
121.0
400×200×8×13
200
8
400
56.2
400×400×13×21
400
13
400
172.0
450×200×9×14
200
9
450
60.5
450×300×11×15
300
11
450
93.9
450×450×14×23
450
14
450
212.0
500×200×10×16
200
10
500
72.3
500×300×11×15
300
11
500
101.0
500×400×13×21
400
13
500
166.0
500×500×15×25
500
15
500
244.0
600×200×10×17
200
10
600
79.5
600×300×12×20
300
12
600
133.0
600×400×13×24
400
13
600
178.0
600×600×15×28
600
15
600
291.0
700×300×13×24
300
13
700
168.0
700×400×14×28
400
14
700
214.0
700×700×16×32
700
16
700
346.0
800×300×14×26
300
14
800
196.0
800×400×16×30
400
16
800
244.0
800×800×18×34
800
18
800
386.0
900×300×15×28
300
15
900
226.0
900×400×16×32
400
16
900
254.0
900×900×20×36
900
20
900
442.0
1000×300×16×30
300
16
1000
255.0
1000×400×18×35
400
18
1000
317.0
1000×500×20×36
500
20
1000
354.0
1000×600×22×40
600
22
1000
429.0
1000×1000×24×40
1000
24
1000
524.0
*Dimensions are based on commonly used international standards such as JIS G3101, ASTM A36, and EN 10025.
*All values are approximate and may vary slightly depending on the standard and manufacturing process in this H beam size and weight chart.
Weight of Steel H Beams per Meter and per Foot
The weight of H beams depends on both section size and material density.
Below is a H beam weight per meter table showing the approximate weight per meter and weight per foot for quick estimation.
H Beam Size
Weight (kg/m)
Weight (lb/ft)
100×100
17.2
11.6
125×125
23.8
16.0
150×150
31.1
20.9
175×175
40.4
27.2
200×100
18.2
12.2
200×200
49.9
33.5
225×125
28.0
18.8
250×125
25.7
17.2
250×250
72.4
48.6
275×150
37.5
25.2
300×150
32.0
21.5
300×300
94.5
63.4
325×175
47.0
31.5
350×175
41.4
27.7
350×350
137
91.9
375×200
56.0
37.6
400×200
56.2
37.7
400×400
172
115.6
450×200
60.5
40.7
450×300
93.9
63.1
450×450
212
142.3
500×200
72.3
48.5
500×300
101
67.8
500×400
166
111.3
500×500
244
163.6
600×200
79.5
52.7
600×300
133
88.2
600×400
178
118.1
600×600
291
193.0
700×300
168
111.3
700×400
214
141.8
700×700
346
229.3
800×300
196
129.9
800×400
244
161.7
800×800
386
255.9
900×300
226
149.6
900×400
254
168.0
900×900
442
292.3
1000×300
255
168.9
1000×400
317
210.0
1000×500
354
234.5
1000×600
429
284.0
1000×1000
524
346.6
h beam steel inventory
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Common Standards for H Beams
Different regions follow different standards for material composition and mechanical properties. Below are the most frequently used specifications in global construction:
Selecting the right beam size goes beyond dimensions — it involves understanding load requirements, project timelines, and sourcing efficiency. Below are typical applications and procurement insights based on size ranges.
Procurement Insight: These are commonly stocked sizes, ideal for projects requiring quick delivery. For cost-sensitive projects, ASTM A36 or SS400 offers excellent strength-to-price balance.
Procurement Insight: Always confirm whether your design specifies rolled or welded H-beams. CJM Steel provides both options and can recommend the most suitable one based on structural design and cost efficiency.
Applications: Large-span bridges, industrial plants, heavy equipment bases.
Procurement Insight: Large-section H-beams are usually mill-rolled and may require longer lead times. Projects requiring higher strength-to-weight performance often select A572 Grade 50 H Beam because its mechanical properties allow for reduced section weight without compromising load capacity.
Procurement Insight: Custom lengths and section sizes can be produced upon request. We also offer cutting, drilling, and surface treatment services to reduce on-site fabrication time.
Q: What is the standard size and weight of a 150 mm H beam? A: The most common 150 mm H beam size is 150×150, typically weighing 31.1 kg/m. This section is widely used in small building frames, machinery supports, and modular structures where a medium-strength profile is required.
Q: What are the available 200 mm H beam sizes, and how much does a 200×200 beam weigh? A: Popular 200 mm H beam dimensions include 200×200 and 200×100. The 200×200 section generally weighs 49.9 kg/m, suitable for high-strength building columns and large machinery frames. The 200×100 beam is lighter and often used in secondary support structures.
Q: What is the typical size and theoretical weight of a 250 mm H beam? A: A standard 250×250 H beam normally weighs about 72.4 kg/m, with variations depending on flange and web thickness. This size is often used in mid-rise buildings, heavy equipment frames, and structural platforms.
Q: How heavy is a 300 mm H beam and what sizes are commonly supplied? A: The common 300×300 H beam weighs around 94.5 kg/m. This large section is frequently used in industrial buildings, port structures, container yards, and heavy load-bearing frameworks.
Q: How do I select the correct H beam size for my project? A: Selection depends on load, span, and building type. For light structures, 150–200 mm sections are typically sufficient. Medium to heavy industrial frameworks generally require 250 mm or 300 mm H beams due to their greater bending and compression capacity.
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Whether you’re sourcing for a warehouse frame, bridge beam, or industrial plant, our export team can provide material options, stock updates, and shipping advice to fit your timeline.
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