Product details:
name |
Carbon steel H beam |
production range |
A572,GR50,GR60,SS540H100*100-H400*400H150*75 -H900*300 |
Length |
6m, 9m, 12m or as customerrequirement |
Technology |
Hot rolled,welded |
Standard: |
ASTM,AISI,JIS,GB, DIN,EN |
Surface |
Carbon steel, paint;or as your request |
Supply ability |
2000Ton/month |
Business type |
Manufacturer |
Certification: |
ISO, SGS,BV |
Application |
widely used in building structure and engineering construction, such as room beam,ship beam, industrial furnace, etc. |
Loading port |
any port in China |
Packing |
standard export packing or as your requirement |
Payment Terms |
T/T, L/C at sight,West Union,D/P,D/A,Paypal |
Application:
1. Building structure field
Industrial buildings: In industrial buildings such as factories and warehouses, carbon steel H beams are widely used to build the frame structure of the factory. Due to its strong strength and good bearing capacity, it can bear the weight of large equipment and the operating load of the crane. For example, in the construction of a heavy machinery manufacturing plant, the carbon steel H beam can be used as the main load-bearing structure with a span of pallet meters to ensure that there is enough space inside the factory to place large production equipment.
Commercial buildings: For commercial buildings such as shopping malls and supermarkets, carbon steel H beams can be used to build the frame of multi-story buildings. It can support the weight of the building surface and roof, while providing enough space for the building to divide different commercial areas. In the construction of some large shopping malls, the reasonable application of carbon steel H beams can ensure the stability of the building structure and facilitate interior decoration and space layout.
Residential buildings: In the construction of some high-rise or high-rise residential buildings, carbon steel H beams can also be used for structural support of underground parking lots, podiums and other parts. It can be used in conjunction with materials such as concrete to improve the overall strength of the building structure and provide residents with a safe and reliable living environment.
2. Bridge Engineering Field
Highway Bridge: Carbon steel H-beam is one of the commonly used materials in highway bridge construction. It can be the main beam or cross beam of the bridge to bear the load during vehicle driving. In small and medium span highway bridges, as an economical material of carbon steel H-beam, for example, in the construction of some urban overpasses and rural highway bridges, carbon steel H-beam can quickly build the basic structure of the bridge, and through reasonable design and construction, it can meet the load requirements of different grades of highways.
Railway Bridge: In the construction of railway bridges, carbon steel H-beam also has certain applications. It can be used for the construction of some non-main force-bearing parts or auxiliary structures. Although railway bridges have high requirements for structural strength and stability, in the construction of light railway bridges or temporary railway bridges, carbon steel H-beam can play some of its advantages of low cost and convenient construction.
3. Machinery Manufacturing Field
Large Equipment Support: When manufacturing large mechanical equipment, such as helicopters, shield machines, etc., carbon steel H-beams can be used as supports or frames for equipment. It can provide stable support for other parts of the equipment and withstand various dynamic and static loads during the operation of the equipment. For example, in the bridge structure of a helicopter, steel H-beams can ensure the stability and safety of the helicopter when lifting heavy objects.
Production line frame: In the construction of industrial production lines, carbon steel H-beams can be used to build the frame of the production line. It can carry components such as conveyor belts and processing equipment, and facilitate the layout and adjustment of the production line. In the fields of automobile manufacturing production lines, electronic product manufacturing production lines, etc., the application of carbon steel H-beams can improve the flexibility and scalability of the production line.
Product Features:
1. Superior Mechanical Properties
High Strength: Carbon steel H-beams have excellent strength and can withstand huge pressure and tension. Its yield strength and tensile strength are high. For example, the common Q235 carbon steel H-beam has a yield strength of about 235MPa, which enables it to bear the support task of heavy-loaded structures in fields such as construction and machinery. In building structures, it can easily support the weight of multi-story buildings, and in bridge engineering, it can also withstand repeated rolling of vehicles.
Good bending resistance: The cross-sectional shape of the H-beam is “H”, which makes it perform well when subjected to bending forces. It can effectively disperse the vertical force to the upper and lower flanges and webs of the beam, and has a higher bending modulus than other shapes of steel. For example, when used as a building beam, it is not easy to bend and deform even when bearing heavier floor loads or equipment weight.
Strong shear resistance: The web part can effectively resist shear force. When subjected to dynamic or static shear loads, such as earthquakes or mechanical vibrations, carbon steel H beams can maintain structural integrity through the shear resistance of the webs and prevent shear damage to the beam body.
2. Good processing performance
Easy to cut: Carbon steel H beams can be processed by a variety of cutting methods, such as flame cutting, plasma cutting and sawing. These cutting methods can accurately cut H beams to the required length according to the needs of the actual project. For example, at a construction site, flame cutting can be used to quickly adjust the length of carbon steel H beams according to different span requirements.
Good welding performance: It can be well welded with itself or other steel materials. Complex structural frames can be constructed by welding, such as welding multiple carbon steel H beams together to form a continuous beam structure in bridge construction. Moreover, the strength of the welded joints is high, which can ensure the stability and reliability of the entire structure.
3. Economical and affordable
The main component of carbon steel H beams is carbon steel, and the material cost is relatively low. Compared with some alloy steels or high-strength steels, its price advantage is obvious. This economical feature makes it one of the preferred materials in the cost-sensitive fields of construction and general machinery manufacturing. For example, in the construction of large-scale factories, the extensive use of carbon steel H beams can effectively control construction costs while ensuring structural strength.
4. Strong versatility and adaptability
Carbon steel H beams have various specifications, and the appropriate size can be selected according to different application scenarios. Its standard specifications include different heights, flange widths and web thicknesses, etc., which can meet various needs from small building structures to large bridge projects. At the same time, it can be used in conjunction with other building materials (such as concrete, wood, etc.) or mechanical components to enhance the performance of the entire system. For example, it is combined with concrete in the foundation part of the building to improve the bearing capacity of the foundation.
We are thoroughly impressed with XINGTONGDA STEEL’s meticulous attention to detail and robust quality assurance processes. The structural steel beams we inspected exceed our expectations in terms of dimensional accuracy and mechanical properties. xingtongda’s commitment to quality and the evident expertise of their team give us high confidence in using their products for our critical projects. We look forward to a longstanding relationship.