Engineered for high-rise building construction, this H beam uses ASTM A572 Grade 50 and A992 high-strength steel (345MPa yield strength, 450–650MPa tensile strength), with sizes 250×125mm to 1000×300mm, web thickness 8–28mm, flange thickness 12–50mm, and lengths 6–14m. The wide flange design optimizes load distribution, supporting vertical and lateral forces from wind and seismic activity in skyscrapers and commercial towers. Hot rolling enhances material density and impact resistance, ensuring structural integrity for buildings over 20 stories. It offers excellent weldability for connecting to concrete shear walls and steel bracings, with strict quality control meeting international high-rise safety standards. Competitive pricing per ton and customizable lengths make it a top choice for developers and structural engineers working on high-rise projects.
IPE80–IPE200 Full Range Hot Rolled H Beam ASTM A36 for Mixed Construction Applications
This all-in-one H beam covers the complete IPE80–IPE200 section range, with sizes from 80×46mm to 200×100mm, web thickness 3.8–7mm, flange thickness 5.2–10.2mm, and lengths 6–14m, made of ASTM A36 carbon steel. It caters to mixed construction applications, from small residential roof trusses (IPE80/100) to medium-span commercial building frames (IPE160/180/200). Hot rolling ensures uniform mechanical properties across all sections, with excellent weldability and workability for on-site fabrication. The compact IPE profile reduces material waste and transportation costs, while compliance with EN 10034 and ASTM standards ensures consistent performance. Factory-direct supply and bulk order discounts make it a cost-effective solution for builders requiring a single-source structural material for diverse project needs.
IPE80 IPE100 IPE120 IPE140 Hot Rolled H Beam ASTM A36 for Long Span Bridge Structures
This structural H beam covers a full range of European IPE sections, including IPE80 (80×46mm), IPE100 (100×55mm), IPE120 (120×64mm), and IPE140 (140×73mm), with web thickness 3.8–5.5mm, flange thickness 5.2–7.1mm, and customizable lengths 6–14m. Crafted from ASTM A36 carbon steel (250MPa yield strength, 400–550MPa tensile strength), it is engineered for long span bridge decks, approach ramps, and pedestrian overpasses. Hot rolling ensures uniform grain structure and excellent weldability, enabling seamless connection to bridge piers and steel reinforcements. The optimized IPE profile minimizes weight while maximizing load-bearing capacity, resisting bending and torsion under dynamic traffic loads. Compliant with EN 10034 standards, it delivers reliable performance for small-to-medium span bridge construction projects.
S235jr/S355j2w Carbon Steel H Beam for Construction Fast Delivery Building Material
Tailored for fast-track construction projects, this H beam uses S235jr (235MPa yield) and S355j2w (355MPa yield, weather-resistant) structural steel, with core sizes 150×75mm to 800×300mm and lengths 6–12m. S235jr suits light residential frames and workshop supports, while S355j2w excels in outdoor construction like stadium roofs and industrial plant exteriors, resisting corrosion in humid or coastal environments without galvanizing. Hot rolling ensures precise dimensional accuracy, and the factory's large inventory enables fast delivery within 7–10 days for urgent orders. It offers excellent ductility (elongation ≥21%) and weldability, accelerating on-site assembly timelines. Cost-effective and durable, it is a preferred choice for contractors requiring quick-turnaround structural materials for commercial and industrial builds.
ASTM A36 A572 A992 H Beam Hot Rolled Carbon Steel Profile Price for Structural Engineering
This universal H beam complies with three key standards-ASTM A36 (general structural use), A572 Grade 50 (345MPa yield for heavy loads), and A992 (345MPa yield for high-rise frames)-with sizes ranging from 100×50mm to 1000×300mm, web thickness 5–25mm, flange thickness 8–45mm, and lengths 6–14m. Priced competitively per ton, it caters to diverse structural engineering needs, from residential steel frames to high-rise building cores and crane supports. Hot rolling enhances material toughness and fatigue resistance, with the wide flange design optimizing load distribution for long spans. It delivers tensile strength 400–650MPa, with excellent weldability for modular prefabrication. The transparent pricing structure and customizable grades make it a versatile solution for large-scale infrastructure and commercial construction tenders.
