H Type Bar Hot Rolled Steel Heb Bar H Iron Beam Steel

H Type Bar Hot Rolled Steel Heb Bar H Iron Beam Steel System 1

H Type Bar Hot Rolled Steel Heb Bar H Iron Beam Steel

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Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 27 m.t.

Supply Capability:: 20000 m.t./month

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Specifications

Hot Rolled Steel Heb Bar
1.Better price
2.Professional service
3.Mass stock
4.Fast delivery

H beam is widely used in various building structure and engineering structure:

a).used for the plant, high-rise building construction

b).used for the bridge, shipment building

c).used for lifting and transportation machinery, equipment manufacturing base building

d).used for the support, foundation pile manufacturing

Detailed description of H beam:

Shape	H
Szie	100x50x5x7---900x300x15x28,or as per your request
Standard (steel H beam)	GB/T3094-2000 GB/T6728-2002 ASTM A500 JIS G 3466 DIN EN 10210
Material	Q195,Q235,Q345, 20#,45#,S235,S355,St37,St52,SS400
Technique	Hot rolled,Cold Rolled,ERW,High-frequency welded,Extruded
Certification	CO;FE; MTC
Surface	Galvanized,Paint,Oil
Length	5.8m (load into 20' container) 6m 11.8m(load into 40 container) 12m or according to customer's request
Uasge	Construction;Building;Ship building;
Port of Shipment	Shanghai;Tianjin
Main Market	Southeast Aisa;Middle East;Afica
Package	Seaworthy packing or according to your request
Productitity	5000 ton per month;20000 ton per season
Pls noted	In order to make best quotation, Please kindly indicate length, width, thickness and the standard, material you required

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H Type Bar Hot Rolled Steel Heb Bar H Iron Beam Steel

Q: Can steel H-beams be used for long-span structures?: Yes, steel H-beams can be used for long-span structures. Steel H-beams are commonly used in construction due to their high strength-to-weight ratio and versatility. They are capable of spanning long distances without the need for additional support columns or beams. The H-shape provides structural stability and distributes the load evenly, making it suitable for long-span structures such as bridges, high-rise buildings, and industrial facilities. Additionally, steel H-beams can be easily fabricated and connected, allowing for efficient construction and customization to meet specific design requirements. Overall, steel H-beams are a popular choice for long-span structures due to their strength, durability, and cost-effectiveness.

Q: How do you calculate the moment capacity of steel H-beams?: To calculate the moment capacity of steel H-beams, you need to consider the properties of the beam, including the dimensions and material properties. The moment capacity, also known as the bending strength or flexural strength, is a measure of the beam's ability to resist bending forces. The moment capacity of a steel H-beam can be calculated using the following steps: 1. Determine the section properties: The first step is to calculate the section properties of the H-beam, such as the moment of inertia (I) and the section modulus (Z). These properties depend on the dimensions of the beam, including the flange width, flange thickness, web height, and web thickness. These properties can be found in structural design manuals or obtained from the manufacturer's specifications. 2. Determine the yield strength: The next step is to determine the yield strength (Fy) of the steel material used in the H-beam. This value represents the maximum stress that the steel can withstand without permanent deformation. The yield strength can also be obtained from design manuals or manufacturer's specifications. 3. Calculate the plastic moment capacity: The plastic moment capacity (Mp) is the maximum moment that the beam can resist before it starts to yield (plastic deformation). It is calculated by multiplying the yield strength (Fy) by the section modulus (Z). The formula for calculating the plastic moment capacity is Mp = Fy * Z. 4. Determine the allowable moment capacity: The plastic moment capacity is not always the limiting factor in design. Depending on the design requirements and safety factors, the allowable moment capacity may be lower than the plastic moment capacity. The allowable moment capacity is calculated by multiplying the plastic moment capacity by a factor of safety (Fs). The factor of safety accounts for uncertainties in materials, loads, and other design considerations. The formula for calculating the allowable moment capacity is Ma = Mp * Fs. By following these steps, you can calculate the moment capacity of steel H-beams and ensure that the beam is designed to withstand the required bending forces in a safe and efficient manner. It is important to consult design codes, standards, and structural engineering principles to ensure the accuracy and reliability of the calculations.

Q: What is the difference between wide flange and I-beam steel H-beams?: Wide flange and I-beam steel H-beams differ primarily in their shape and dimensions. Wide flange beams, also known as W beams, have a wider flange and are more commonly used in structural applications. They have a wider profile, resembling the letter "H" when viewed from the side. On the other hand, I-beam steel H-beams have a narrower flange and are typically used in applications where weight-bearing capacity is crucial, such as in bridges and high-rise buildings. The shape of I-beam steel H-beams resembles the letter "I" when viewed from the side. Overall, the main difference lies in their dimensions and specific applications.

Q: How do steel H-beams perform in terms of torsion resistance?: Steel H-beams possess excellent properties for resisting torsion. These beams have an H-shape design which aids in distributing the load evenly, resulting in a high level of resistance against torsion forces. The combination of horizontal flanges and vertical web in the beam effectively counteracts twisting and bending moments, ensuring structural stability and preventing deformation. Furthermore, the utilization of high-quality steel in H-beams further enhances their ability to withstand torsion, as steel is a robust and enduring material capable of enduring substantial forces without yielding or breaking. In general, steel H-beams are widely regarded as one of the top choices for applications that necessitate exceptional torsion resistance, such as constructing frames, bridges, and industrial structures.

Q: What are the considerations for selecting the appropriate size of steel H-beams?: When choosing the right size of steel H-beams, there are several factors to consider. Firstly, the load capacity is crucial. This includes both the weight of the structure itself and any additional live loads. Accurately calculating the total load is essential to avoid overloading the H-beam. Secondly, the span length plays a significant role. Longer spans require larger and stronger H-beams for adequate support. Consulting structural engineering guidelines helps determine the maximum allowable span length for a specific H-beam size. Additionally, deflection should be taken into account. Excessive bending or flexing of the beam under load can compromise the integrity of the structure. By considering the load and span length, deflection calculations can be made to ensure the selected H-beam size provides sufficient stiffness. Cost is another important consideration. Larger and stronger H-beams tend to be more expensive. It is essential to find a balance between load requirements and the available budget to select the most cost-effective option that meets the structural needs. Availability and fabrication should also be considered. Checking with suppliers to ensure the desired H-beam size is readily available and easily obtained is crucial. If customization or specific fabrication processes are necessary, the ease and cost of these processes should also be taken into account. In conclusion, selecting the appropriate size of steel H-beams requires considering factors such as load capacity, span length, deflection, cost, availability, and fabrication. Taking all these factors into account ensures the project's structural integrity and efficiency.

Q: How do steel H-beams perform in areas with high humidity?: Steel H-beams are known for their exceptional strength and durability, making them a popular choice for various construction projects. When it comes to areas with high humidity, steel H-beams perform extremely well. One of the key advantages of steel is its resistance to moisture and corrosion. Steel H-beams are typically coated with protective finishes or galvanized to enhance their resistance to rust and corrosion. These coatings act as a barrier, preventing moisture from penetrating the surface of the beams and causing damage. High humidity can lead to the accumulation of moisture in the air, which may potentially cause structural damage to certain materials. However, steel H-beams are not susceptible to this issue. Their robust construction and corrosion-resistant coatings ensure that they can withstand the challenges posed by high humidity environments. Additionally, steel H-beams have excellent load-bearing capabilities, which are crucial for areas with high humidity. Moisture in the air can sometimes weaken certain materials, compromising their structural integrity. However, steel H-beams retain their strength and stability, even in humid conditions. It is worth noting that regular maintenance and inspections are still necessary to ensure the long-term performance of steel H-beams in high humidity areas. This includes routine checks for any signs of corrosion or damage to the protective coatings. By promptly addressing any issues that may arise, the lifespan and performance of the steel H-beams can be maximized. In conclusion, steel H-beams are a reliable choice for areas with high humidity due to their resistance to moisture, corrosion, and their excellent load-bearing capabilities. With proper maintenance, these beams can provide long-lasting structural support, even in challenging environmental conditions.

Q: How do steel H-beams contribute to the stability of tall buildings?: Several contributions are made by steel H-beams to the stability of tall buildings. Firstly, these beams are designed to evenly distribute the weight of the building and provide structural support. The H-shape of the beam allows for a larger surface area to bear the load, resulting in increased efficiency when handling vertical and horizontal forces. Secondly, steel H-beams possess high strength and stiffness properties, enabling them to withstand immense pressure and bending moments. This characteristic ensures that the beams remain rigid and stable, even when faced with external forces such as wind, earthquakes, or heavy loads. Furthermore, steel H-beams can be joined together through bolting or welding to create a solid framework. This framework acts as a skeleton, offering strength and durability to tall buildings, preventing them from sagging or collapsing under their own weight. Additionally, steel H-beams are versatile and can be customized to meet specific architectural and engineering requirements. They can be fabricated in various sizes, lengths, and strengths, enabling precise design and construction of tall buildings. This versatility guarantees that the beams effectively support the unique loads and forces experienced by each individual structure. In conclusion, the stability of tall buildings greatly benefits from steel H-beams through their provision of structural support, even weight distribution, resistance to external forces, creation of a solid framework, and versatility in design and construction. These beams play an indispensable role in ensuring the safety and integrity of modern construction.

Q: Can steel H-beams be used for office buildings or commercial complexes?: Yes, steel H-beams can definitely be used for office buildings or commercial complexes. Steel H-beams are commonly used in the construction industry due to their strength, durability, and versatility. They provide structural support and stability to the building, making them suitable for large-scale projects like office buildings or commercial complexes. Their high load-bearing capacity makes them ideal for spanning long distances and supporting heavy loads, which are common requirements in such structures. Additionally, steel H-beams offer the advantage of being fire-resistant, which is crucial for the safety of occupants in commercial buildings. Overall, using steel H-beams in office buildings or commercial complexes ensures a strong and reliable structural framework that can withstand the demands of these types of structures.

Q: Are steel H-beams suitable for use in the construction of airports or terminals?: Yes, steel H-beams are an appropriate choice for the construction of airports or terminals. With their strength and durability, steel H-beams are frequently utilized as structural components in construction. They are specifically designed to withstand heavy loads and provide stability to various structures. Airports and terminals necessitate robust structural elements that can support large spans, accommodate heavy machinery, and endure the dynamic loads imposed by aircraft. Steel H-beams possess the capability to fulfill these requirements, making them an ideal selection for such construction projects. Moreover, steel H-beams offer several advantages over alternative materials. They possess fire-resistant properties, boast an extended lifespan, and require minimal maintenance. These qualities render them a cost-effective option in the long run. Furthermore, steel H-beams can be easily fabricated and erected, facilitating efficient construction timelines. Their versatility allows for flexibility in design, enabling architects and engineers to devise tailored solutions to meet the specific demands of airports or terminals. To summarize, steel H-beams are suitable for the construction of airports or terminals due to their strength, durability, fire resistance, and low maintenance requirements. They provide a cost-effective and efficient solution for creating stable and reliable structures that can withstand the demands of these facilities.

Q: What is the height of the four fillet welds in H steel submerged arc welding, such as H600*300*6*12?: If the two plate welding, plate thickness is 12, the value is 0.7 and the thickness (refer to the design of a request) if there is important structures such as crane beam (refer to the design without the requirement of weld size) as above, but must use full penetration welding

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