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Views: 0 Author: Site Editor Publish Time: 2026-07-27 Origin: Site
A 20-foot beam can weigh 200 pounds or more than 1,000 pounds. The answer depends on its material andonfusion because it is usually timber, not steel. This guide explains both weight calculations and shows what buyers should verify before ordering.
● A 20-foot structural steel beam has no fixed weight. You must know its stated weight per foot before calculating the total.
● The basic steel beam formula is: weight per foot × 20 feet.
● A steel beam rated at 10 pounds per foot weighs about 200 pounds at 20 feet. One rated at 50 pounds per foot weighs about 1,000 pounds.
● An h20 beam is normally an engineered timber I-beam used in concrete formwork. The “H20” name refers to its approximate 200 mm height, not its length or material.
● Actual weight may change due to moisture, end caps, dimensional tolerances, coatings, and packaging.
● Never use weight alone to estimate h20 beam capacity. Always check verified structural data and the planned formwork layout.
There is no universal weight for a 20-foot steel beam. Two beams may have the same length but very different flange widths, web thicknesses, depths, and cross-sectional areas.
Structural steel beams are often identified by a section designation. For a wide-flange beam, the final number usually states its nominal weight in pounds per foot. For example, a section ending in “26” has a nominal weight of 26 pounds per foot. know this number, the calculation is simple:
Total beam weight = linear weight × beam length
A light steel section rated at 10 pounds per foot would weigh:
10 lb/ft × 20 ft = 200 lb
This equals about 90.7 kg. The result covers the beam itself. Plates, bolts, brackets, coatings, and other attachments must be added separately.
A steel section rated at 22 pounds per foot would weigh:
22 lb/ft × 20 ft = 440 lb
This equals about 199.6 kg. A beam in this range may need mechanical handling, depending on site rules and lifting conditions.
A section rated at 35 pounds per foot would weigh:
35 lb/ft × 20 ft = 700 lb
This equals about 317.5 kg. Transport and unloading plans should account for both the beam weight and its long shape.
A heavier section rated at 50 pounds per foot would weigh:
50 lb/ft × 20 ft = 1,000 lb
This equals about 453.6 kg. Such a beam normally requires suitable lifting equipment and a controlled unloading area.
Steel beam linear weight | Weight at 20 feet | Approximate metric weight |
10 lb/ft | 200 lb | 90.7 kg |
15 lb/ft | 300 lb | 136.1 kg |
22 lb/ft | 440 lb | 199.6 kg |
35 lb/ft | 700 lb | 317.5 kg |
50 lb/ft | 1,000 lb | 453.6 kg |
The table shows why length alone is not enough. Before requesting freight rates or lifting equipment, confirm the exact steel section and its published linear weight.
Tip: Ask the supplier for net unit weight and gross packed weight because freight planning requires both figures.
An h20 beam is generally not a structural steel beam. It is an engineered timber I-beam used as a supporting member in wall, slab, column, and other concrete formwork systems.
The “20” refers to an approximate total height of 20 centimeters, or 200 mm. It does not mean the beam is 20 feet long. It also does not represent a steel grade.
A typical h20 timber beam has two solid timber flanges connected by a plywood web. This creates an I-shaped section that places more material near the upper and lower edges.
The design provides useful bending performance while controlling the beam’s total weight. Waterproof bonding materials and protective surface treatments help the beam resist normal moisture exposure during formwork work.
Plastic or metal end caps may also protect the ends. They reduce chipping and moisture entry during transport, stacking, erection, and stripping. the Two Beams Get Confused
A structural steel beam and an h20 wooden beam may both have an I-shaped profile. They also support loads, which makes their names appear interchangeable in some searches.
Their purposes remain different. A steel beam often becomes part of the permanent building structure. An h20 formwork beam usually supports temporary concrete formwork until the concrete gains enough strength.
Note: Never replace a specified structural steel member using an h20 timber beam without an approved engineering design.
H20 beam manufacturers usually provide linear weight in kilograms per meter. Therefore, the first step is converting 20 feet into meters:
20 ft × 0.3048 = 6.096 m
A 20-foot h20 beam is slightly longer than a standard 6.0-meter unit. This difference matters when estimating unit weight, container loading, or custom-cut requirements.
To convert the result into pounds, multiply kilograms by 2.2046:
25.6 kg × 2.2046 = 56.5 lb
30.5 kg × 2.2046 = 67.2 lb
The estimated range is therefore 56.5–67.2 pounds. Exact order weight may differ because of moisture, production tolerances, protective caps, coatings, and packaging.
A 6-meter beam at 4.2–5.0 kg per meter would weigh about 25.2–30.0 kg. The difference between 6 meters and 20 feet is small, but it becomes more important across a large order.
For 500 beams, a difference of only 0.48 kg per beam may change the total load by about 240 kg. Buyers should therefore use the actual ordered length rather than rounding every calculation to six meters.
Length has the most direct effect on total weight. When the cross-section stays unchanged, a beam twice as long will weigh about twice as much.
The main h20 beam dimension includes its overall height, flange size, and web thickness. Small changes in any of these areas can change the amount of wood in each meter.
Buyers should not assume every h20 wooden beam has the same weight. Two products described as H20 may use different timber densities, web constructions, end protection, or manufacturing tolerances.
Wood absorbs and releases moisture. A beam stored in humid conditions may weigh more than the same beam kept in controlled, dry storage.
Moisture can also affect long-term performance. Beams should be stored above the ground, kept away from standing water, and protected from extended rain exposure.
Plastic end caps add little weight. Metal end covers may add more. Paint, waterproof coatings, labels, straps, corner guards, and packaging also affect the gross shipping figure.
A quotation should clearly separate net beam weight from gross packed weight. Otherwise, freight calculations may be too low.
An h20 timber beam is much lighter than many structural steel beams of a similar length. A 20-foot H20 unit may weigh around 56.5–67.2 pounds, while a steel beam can weigh several hundred pounds.
This lower weight supports manual movement and faster formwork assembly. However, it does not make both products interchangeable. They have different materials, design values, connection methods, and intended uses.
A solid timber beam may be simple to source, but its properties can vary due to knots, grain direction, cracks, moisture, and natural defects. An engineered h20 wooden beam uses a controlled I-shaped construction.
Its lightweight form can support repeated assembly and stripping. It also helps reduce unnecessary timber volume while maintaining the required section geometry.
Aluminum formwork beams can also provide low weight and strong corrosion resistance. They may suit projects that prioritize long service life, accurate profiles, and frequent reuse.
An h20 formwork beam may offer a more accessible balance between purchase cost, handling, repair, and formwork compatibility. The final choice should consider reuse cycles, local labor, lifting access, and the planned concrete pressure.
Low beam weight does not automatically mean low strength. The h20 beam property depends on its cross-sectional shape, flange material, web quality, adhesive bond, straightness, and manufacturing consistency.
An I-shaped section concentrates material where it contributes more effectively to bending resistance. The web transfers shear between the upper and lower flanges.
Use the following formula:
Unit weight = ordered length × linear weight
For example, a 4.9-meter beam rated at 4.6 kg per meter would weigh about 22.5 kg. This is a calculation example, not a guaranteed shipping figure.
Multiply unit weight by the order quantity:
Total net weight = unit weight × beam quantity
For 500 beams weighing 22.5 kg each:
22.5 kg × 500 = 11,250 kg
Then add pallets, straps, protective corners, labels, and other packaging. The result becomes the estimated gross shipment weight.
Weight is only one transport factor. Beam length affects container use, forklift clearance, stacking, warehouse racks, and unloading space.
Long products may reach the vehicle payload limit after the available floor space is filled. Procurement teams should review both cubic space and total mass before confirming an order.
A reliable h20 beam manufacturer should provide the exact linear weight, h20 beam dimension, material description, length tolerance, moisture requirements, and structural properties.
An h20 beam supplier should also confirm stock lengths, custom-length options, minimum quantities, packaging, production time, and loading plans. An h20 beam exporter should prepare suitable export packaging and clear shipping documents.
Procurement terms often vary between markets. A company may describe itself as a formwork beam h20 manufacturer, formwork beam h20 supplier, or formwork beam h20 exporter.
Other searches may use formwork h20 timber beam manufacturer, formwork h20 timber beam supplier, or formwork h20 timber beam exporter. The wording matters less than verified production control, technical data, traceability, and delivery capability.
Ask whether the stated weight includes end caps, moisture allowance, coating, straps, pallets, and container supports. Use net weight when comparing beam construction. Use gross weight when calculating freight.
Also confirm whether the supplier’s figure is a fixed value or a permitted range. A range may be reasonable for engineered timber, but the order documents should still state the expected shipment weight.
A 20-foot steel beam may weigh 200 to 1,000 pounds or more. Its linear weight determines the answer. A 20-foot h20 beam may weigh about 25.6–30.5 kg. Fulin supplies lightweight engineered timber beams for practical formwork handling. Its flexible lengths, protective ends, and manufacturing support help customers control labor, transport, and project costs.
A: No. An h20 beam is usually an engineered timber formwork beam.
A: It may weigh about 25.6–30.5 kg, depending on its specification.
A: Their depth, flange size, web thickness, and section area differ.
A: No. H20 beam capacity requires verified structural data.
A: Calculate gross weight, length, packaging, loading, and freight rates.
