H Beam Size and Weight Chart – SizeChartly (2024)

If you’re in the construction business or planning to set up a new building, you know that the size and weight of the H-beam you choose can make all the difference. A solid foundation is crucial for the safety and longevity of any structure, so it’s essential to select the appropriate H-beam for your project.

But with so many size and weight options available, it can be overwhelming to figure out which one is the right fit for your specific needs.

Luckily, we’ve got you covered with the ultimate H-beam size and weight chart. This comprehensive chart includes all of the available sizes and weights of H-beams on the market, making it easy to compare and find the perfect fit for your project.

H Beam Size and Weight Chart:

SIZEGBJISSIZEGBJIS
100*100*6*817.216.9388*402*15*15141140
125*125*6.5*923.823.6390*300*10*16107105
148*100*6*921.421.1394*398*11*18147147
150*75*5*714.314396*199*7*1156.756.1
150*150*7*1031.931.1400*200*8*136665.4
175*90*5*818.218400*150*8*1355.855.2
175*175*7.5*1140.340.4400*400*13*21172172
194*150*6*931.229.9414*405*18*28233232
198*99*4.5*718.517.8414*202*10*2094.593.9
200*100*5.5*821.720.9440*300*11*18124121
200*200*8*1250.549.9446*199*8*1266.765.1
200*204*12*1256.756.2450*200*9*1476.574.9
244*175*7*1144.143.6482*300*11*15115111
248*124*5*825.825.1488*300*11*18129125
250*125*6*929.729496*199*9*1479.577.9
250*250*9*1472.471.8500*200*10*1689.688.2
250*255*14*1482.281.6506*201*11*19103102
294*200*8*1257.355.8582*300*12*17137133
294*302*12*128583.4588*300*12*20151147
298*149*5.5*832.632594*302*14*23175170
298*201*9*1465.964.4596*199*10*1595.192.5
300*150*6.5*937.336.7600*200*11*17106103
300*300*10*1594.593600*304*16*26198194
300*305*15*15106105606*201*12*20120118
340*250*9*1479.778.1692*300*13*20166163
344*348*10*16115113700*300*13*24185182
346*174*6*941.841.2792*300*14*22191188
350*175*7*115049.4800*300*14*26210207
350*350*12*19137135900*300*16*28243240

The Basics of H Beams

If you’re looking to build a structure, an H beam is a great choice for its strength and versatility. But before you start, it’s important to understand the basics of H beams, including its size and weight. H beam size and weight chart is a perfect reference guide for understanding the dimensions and weight of H beams.

The chart provides information such as width, height and thickness, as well as weight per unit length, making it easy to calculate the weight of each beam required for your project. Additionally, it’s important to ensure that the H beams used in your construction project meet industry standards and regulations. By understanding the basics and choosing the right H beams for your project, you can achieve a sturdy and safe structure that will withstand the test of time.

What are H Beams?

H beams are structural steel beams that are shaped like the letter H. They are popular because they offer strong support and can withstand heavy loads. The design of H beams includes two horizontal flanges and a vertical web, making them more stable and sturdy than other types of beams.

One of the benefits of H beams is their wide flange, which provides a larger surface area for attaching to other structures. They are often used in construction projects such as buildings, bridges, and highways, where their strength and stability are crucial. H beams come in various sizes and shapes, depending on the specific requirements of the project.

Whether you are a builder or designer, H beams are an essential element in many construction projects, offering the necessary support and stability to keep structures strong and durable.

H Beam Size and Weight Chart – SizeChartly (1)

How are H Beams Used?

H beams are incredibly versatile structural components used in a wide range of construction and industrial projects. H beams have a distinctive H-shaped cross-section and are made from high-strength steel or other materials, making them incredibly durable and resistant to wear and tear. The H shape design provides a high degree of strength and stiffness, making it ideal for applications that require support over long spans or under heavy loads.

H beams are commonly used in the construction of buildings, bridges, and other structures where high-strength support is required. Additionally, H beams are used in automotive engineering, shipbuilding, and mining applications as well. Their versatility and strength make them a popular choice for engineers and builders alike.

If you need strong, reliable support for your construction or engineering project, H beams are an excellent choice.

Why Use an H Beam Size and Weight Chart?

If you’re looking to build a new structure, or modify an existing one, then an H beam could be an ideal choice. However, before you make any decisions, it’s important to consult an H beam size and weight chart. These charts provide a comprehensive guide to the different sizes and weights of H beams, which can help you determine the best type of beam for your project.

By using an H beam size and weight chart, you can avoid the risk of choosing an inappropriate beam, which could lead to structural issues or even failure. Additionally, these charts can help you calculate the amount of steel you need to buy, and the cost of your project. Whether you’re a DIY enthusiast or a professional contractor, an H beam size and weight chart is an essential tool for any construction project.

Importance of Knowing H Beam Sizes and Weights

As the backbone of any building project, H beams are fundamental to construction and installation procedures. However, there are many different sizes and weights to choose from, and using the incorrect specifications could lead to potentially disastrous consequences. It’s therefore crucial to consult an H beam size and weight chart to ensure the appropriate fittings are used.

These charts provide a comprehensive guide to the measurements and specifications of the different types of H beams, allowing for precision and accuracy in building and construction work. Using an H beam size and weight chart not only guarantees the safety and security of the final product but also ensures the project stays on track and on budget. By utilizing this vital resource before beginning construction work, builders and engineers can avoid costly mistakes and potential risks.

So why compromise when it comes to the foundations of your project? Use an H beam size and weight chart to ensure satisfaction and security for every construction project, no matter the scale.

The H Beam Size and Weight Chart

If you’re looking for the right size and weight of H-beams for your construction projects, you’ve come to the right place. The H-beam size and weight chart is an essential reference that provides information on the dimensions and weight of different types of H-beams, which are widely used in the construction industry. The chart consists of different sections, including the H-beam dimensions, weight per meter, section area, and more, enabling you to choose the right H-beam for your specific needs.

H-beams come in various sizes, shapes, and weights, depending on the application and requirements. Using the H-beam size and weight chart, you can easily determine the dimensions and weight of the H-beam that can support the structural loads and forces of your construction project. Don’t hesitate to use this valuable tool when planning your next construction project, as it can help you achieve an efficient, durable, and cost-effective structure.

Table of Standard H Beam Sizes and Weights

The H beam size and weight chart is an essential tool for builders and engineers looking to design and construct steel structures. H beam sizes range from H100x100 to H1000x300, with weights ranging from 12kg/m to as much as 29

3 kg/m. The size and weight of H beams are determined by various factors such as the load they will carry and the span of the beam, among others. Using the chart, builders and engineers can easily calculate the required size and weight of H beams for a particular project, ensuring that the structure will be strong and stable.

It’s important to note that the dimensions and weights of H beams may differ slightly depending on the manufacturer, so it’s crucial to check with the supplier before making any purchases. By utilizing the H beam size and weight chart, builders can ensure that they are using the right beams for their projects, ultimately leading to successful and safe construction.

How to Use the H Beam Size and Weight Chart

If you are involved in construction work, you know the importance of selecting the right size and weight of the H-beam. That’s why it’s essential to use the H Beam Size and Weight Chart properly. The chart provides an easy-to-use guide to find the optimal size and weight of the H-beams you need for any construction project, from small buildings to large industrial complexes.

The chart lists out the height, weight, and thickness of H-beams for various sizes, so you don’t have to estimate or approximate the necessary specifications. You can choose the right size H-beam for the job based on the load-bearing capacity and other requirements. Additionally, the chart takes into account the different types of materials used to make H-beams, such as steel, wood, and concrete.

Using the H Beam Size and Weight Chart correctly can ensure that your construction projects are safe, effective, and efficient, so make sure to consult it before making any decisions.

Tips for Choosing the Right H Beam

If you’re in the market for H beams, it’s important to choose the right size and weight for your needs. A helpful tool when selecting the right H beam is to reference a size and weight chart. This chart breaks down the dimensions of each H beam size and the weight per foot of length.

When choosing an H beam size, consider the weight capacity you require, as well as the length and height needed for your specific project. It’s also important to think about the application of the H beam and what type of load it will be supporting, whether it be a static or dynamic load. It’s recommended to consult with a professional engineer or supplier to ensure you choose the correct H beam for your project to ensure safety and durability.

With the proper research and expertise, you can find the perfect H beam size and weight for your construction needs.

Consider the Load Capacity

When choosing the right H beam, there are several factors to consider. One of the most important is the load capacity. H beams are used in construction to support heavy loads, so it’s important to make sure the beam you choose can handle the weight you intend to put on it.

The load capacity of an H beam depends on its size, shape, and grade of steel. It’s important to consult with an engineer or construction professional to determine the appropriate beam size and grade for your specific project. By considering the load capacity, you can ensure that your H beam will provide the necessary support for your construction project.

Consider the Length and Width

When selecting the right H beam for your project, it’s important to consider the length and width of the beam. The length will ultimately determine how many beams you will need to support your project and the weight it can bear. The width will determine the stability and sturdiness of the beam in supporting vertical loads.

The larger the width, the greater the support it can offer. Keep in mind that the length and width can affect the cost of the beam, so it’s important to find the right balance between what you need and what you can afford. Ultimately, taking the time to carefully consider these factors will ensure that you select the right H beam for your construction needs.

So next time you’re shopping for an H beam, make sure to keep length and width in mind!

Conclusion: Optimizing Your H Beam Selection

After studying the h beam size and weight chart and learning about the different dimensions and weights of these steel beams, one thing is clear: size matters. But it’s not just about finding the biggest, heaviest beam possible. It’s about finding the right size for your project – one that balances strength and durability with efficiency and cost-effectiveness.

So remember, when it comes to h beams, it’s not just about the weight, it’s about finding the perfect fit.”

FAQs

What is an H-beam?
An H-beam is a structural beam that is shaped like an “H”. It is commonly used in construction projects because of its strength and durability.

How is the size of an H-beam determined?
The size of an H-beam is determined by its height, width, and weight per foot. There are various standard sizes available, such as 4″, 5″, 6″, 8″, 10″, and 12″ H-beams.

What is the weight of an H-beam?
The weight of an H-beam varies depending on its size. Generally, the weight ranges from 33 pounds per foot (4″ H-beam) to 335 pounds per foot (12″ H-beam).

How can I use the H beam size and weight chart?
The H beam size and weight chart provides information about standard sizes and weights of H-beams. By referring to the chart, you can select the appropriate size and weight of H-beam for your construction project.

H Beam Size and Weight Chart – SizeChartly (2024)

FAQs

How to calculate H-beam size? ›

Cross-sectional area: (a) = [t1(H – 2t2) + 2Bt2 + 0.858r^2] / 100 (cm3). H: Height of the H-beam steel. B: Width of the flange of the H-beam steel. t1: Thickness of the H-beam steel web.

What is the standard size of a H-beam? ›

The standard sizes and dimensions of H-beams in India are as follows: ISMB 100 – Width 100mm, Height 75mm, Weight 8.2kg/meter. ISMB 125 – Width 125mm, Height 75mm, Weight 12.8kg/meter. ISMB 150 – Width 150mm, Height 80mm, Weight 15.0kg/meter.

How much weight can an H-beam hold? ›

Based upon 14 lineal feet of beam that is laterally supported the allowable uniform load in kips is 29. A kip is 1000 pounds. So, the allowable uniform load is 29,000 pounds over this laterally supported beam. The vertical deflection with this load is roughly 0.84 inches.

How to identify I-beam size? ›

In Canada and the United States, steel I-beams are commonly specified using the depth (in inches) and weight of the beam (in pounds per foot). For example, a “4 x 13” I-beam is approximately 4 inches in depth (the measurement taken from the outer face of the first flange, to the outer face of the opposite flange).

How to calculate weight for beam? ›

Straight beams:
  1. Standard weight: We calculate the standard weight as follows: G = L * mweight, ...
  2. Exact weight: The exact weight is calculated as follows: Gx = V * wpm, where. ...
  3. Exact weight: The exact weight for curved beams is computed as follows: Gx = G0 – Vf * wpm, where.

What is the smallest size H-beam? ›

H-Section Steel Beams are available in a range of sizes with widths between 4”-16” (10.2–40.6 cm), depths from 4”-16” (10.2–40.6 cm), and shared thicknesses between . 35”-. 83” (9-21 mm). H-Section Steel Beams are available in typical lengths between 8'-20' (2.44-6.1 m).

Which is cheaper I-beam or H-beam? ›

H-beams may appear like the obvious choice – they're cheaper, have a greater capacity to withstand loads and are more resistant to bending. However, I-beams are lighter, easier to work with and have high tensile strength. This makes them ideal to handle direct pressure, and are used for steel framed buildings.

Which is stronger H or I-beam? ›

H-beam: An H-beam has a thicker center web, which means it is often stronger. I-beam: An I-beam often has a thinner center web, which means it is often not able to take as much force as an h-beam.

What size steel beam for a 20 foot span? ›

You can use a W8x28 (50 ksi) steel beam for your 20' clear span roof beams. The beam is 6.5” wide and 8” deep. Each beam weighs 28 pounds per foot of beam.

How to calculate I-beam load capacity? ›

How do i calculate the load that a I beam can bear? As van Giel has written you need to know the length of the beam and also whether it is a cantilevered support or simply supported or fixed etc. Then the maximum bending moment can be calculated. Using the formula Working stress = My/I calculate the load.

What size I-beam for a 50 foot span? ›

For a 50ft span, BeamBoy says it would take at least an S10x35 beam to stay under 20ksi with a 3000lb load, plus the distributed weight of the beam. The deflection with that load would be over 4 inches. At 35 lbs/ft that beam would weigh nearly a ton.

How big of a beam do I need to span 12 feet? ›

When supporting joists that span 12 feet with no overhang beyond the beam, a double ply beam can span in feet a value equal to its depth in inches. For instance, a double 2×12 beam can span 12 feet; a (2) 2×10 can span 10 feet and so on.

How big of a beam do I need to span 30 feet? ›

The size of an I-beam needed to span 30 feet depends on a variety of factors, such as the weight it needs to support and the spacing between supports. Generally, for residential construction, a 10-inch or 12-inch I-beam is recommended for a 30-foot span.

What size steel beam for a 40 foot span? ›

You can use a W12x40 (50 ksi) steel beams for your 40' clear span beams. The beam is 8” wide and 12” deep. It weighs 40 pounds per foot of beam length. This is a fairly large steel beam, due to the fact you have a very long 40' clear span.

What is the formula for calculating the size of a beam? ›

To calculate the beam size, first calculate the maximum bending moment using the formula M = wL^2 / 8, where w is the load in pounds and L is the span in feet. Then, calculate the required beam height (h) using the formula h = (6 * M)^(1/3).

How to calculate the size of steel beam required? ›

First, we look at the steel beam span length. This is the distance from the centre of one end bearing to the other. After looking at the size, depth and weight, we'll look at how weight is distributed. To calculate your steel beam correctly, we'll need to know what type of load your beam is expected to support.

How do you calculate beam capacity? ›

Calculating Max Load Capacity

It is calculated by multiplying the applied force by the perpendicular distance from the point of application to the fixed end of the beam.

How to calculate beam span? ›

How Beam Span is Calculated. A beam span is the length of a line of girder or other beam type construction extending from one end to the other, measured in feet. A span can be obtained by multiplying the height of the structure by the desired beam width.

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