- Ana Sayfa
- HEA Beam
HEA Beam
HEA Beam
HEA beams, also referred to as wide-flange beams or H-beams, are structural steel profiles distinguished by their H-shaped cross-section. The “A” in HEA signifies a European standard, denoting beams with parallel flanges and a relatively lightweight profile compared to HEB or HEM beams. These beams are produced following strict standards such as EN 10025, ensuring precise dimensions, superior mechanical properties, and consistent quality. Their design maximises strength while minimising weight, making them ideal for modern construction needs.
HEA Beams: The Backbone of Modern Structural Engineering
HEA beams are fundamental components in the construction and engineering industries. Known for their lightweight yet high-strength characteristics, HEA beams provide optimal load-bearing capacity while maintaining structural efficiency. Whether you are constructing buildings, bridges, or industrial facilities, understanding the value and versatility of HEA beams is essential for successful project execution.
HEA Beam Dimensions, HEA Beam Weights
HEA BEAM TYPE (MM) | HEIGHT (H) (MM) | FLANGE WIDTH (MM) | WEB THICKNESS (MM) | WEIGHTS (KG/12MT) |
| HEA 100 MM | 96 MM | 100 MM | 5,00 MM | 202 KG |
| HEA 120 MM | 114 MM | 120 MM | 5,00 MM | 241 KG |
| HEA 140 MM | 133 MM | 140 MM | 5,50 MM | 299 KG |
| HEA 160 MM | 152 MM | 160 MM | 6,00 MM | 368 KG |
| HEA 180 MM | 171 MM | 180 MM | 6,00 MM | 430 KG |
| HEA 200 MM | 190 MM | 200 MM | 6,50 MM | 512 KG |
| HEA 220 MM | 210 MM | 220 MM | 7,00 MM | 611 KG |
| HEA 240 MM | 230 MM | 240 MM | 7,50 MM | 730 KG |
| HEA 260 MM | 250 MM | 260 MM | 7,50 MM | 825 KG |
| HEA 280 MM | 270 MM | 280 MM | 8,00 MM | 924 KG |
| HEA 300 MM | 290 MM | 300 MM | 8,50 MM | 1068 KG |
| HEA 320 MM | 310 MM | 300 MM | 9,00 MM | 1181 KG |
| HEA 340 MM | 330 MM | 300 MM | 9,50 MM | 1271 KG |
| HEA 360 MM | 350 MM | 300 MM | 10,00 MM | 1355 KG |
| HEA 400 MM | 390 MM | 300 MM | 11,00 MM | 1513 KG |
| HEA 450 MM | 440 MM | 300 MM | 11,50 MM | 1694 KG |
| HEA 500 MM | 490 MM | 300 MM | 12,00 MM | 1876 KG |
| HEA 550 MM | 540 MM | 300 MM | 12,50 MM | 2009 KG |
| HEA 600 MM | 590 MM | 300 MM | 13,00 MM | 2154 KG |
HEA Beams: What Are They?
HEA beams, also referred to as wide-flange beams or H-beams, are structural steel profiles distinguished by their H-shaped cross-section. The “A” in HEA signifies a European standard, denoting beams with parallel flanges and a relatively lightweight profile compared to HEB or HEM beams.
These beams are produced following strict standards such as EN 10025, ensuring precise dimensions, superior mechanical properties, and consistent quality. Their design maximises strength while minimising weight, making them ideal for modern construction needs.
HEA Beams: Key Benefits
HEA beams offer several critical advantages over other structural elements:
- Superior Strength-to-Weight Ratio:
Thanks to their wide flanges and optimised cross-section, HEA beams deliver exceptional load-bearing capacity without excessive weight, making them cost-effective and easy to handle. - Versatility: HEA beams are suitable for a wide range of applications, including residential, commercial, and industrial projects. They can be used for columns, beams, frameworks, and reinforcements.
- Ease of Fabrication: HEA beams can be cut, welded, bolted, and machined with ease, enabling flexible design solutions and efficient assembly.
- Durability and Longevity: Manufactured from high-quality steel, HEA beams offer outstanding resistance to mechanical stress, deformation, and environmental factors when properly coated or galvanised.
Common Applications of HEA Beams
HEA beams are widely used across multiple industries and applications:
Construction:
HEA beams are essential in constructing frames, columns, floors, roofs, and bridges. They provide the structural skeleton for buildings, ensuring stability and strength.Industrial Facilities:
HEA beams support heavy machinery, storage systems, mezzanine floors, and platforms in factories and warehouses.Architectural Design:
HEA beams are increasingly used in modern architectural projects where open spaces, large spans, and aesthetic appeal are critical.Infrastructure Projects:
HEA beams are used in bridges, tunnels, highways, and railway systems, providing long-lasting support and stability.
HEA Beams: Technical Specifications
HEA beams come in a variety of sizes and materials to suit different project needs. Key specifications include:
Dimensions:
Widths typically range from 100 mm to 1000 mm, with varying flange thickness and web height.Material Grades:
Common steel grades include S235, S275, and S355, depending on required strength and application.Surface Finish:
HEA beams can be supplied in black steel, primed, or galvanised finishes to enhance corrosion resistance.Length:
Standard lengths are usually 6 m, 12 m, or cut-to-length according to project requirements.
Selecting the Right HEA Beam
HEA beams selection depends on several critical factors:
- Load Requirements: Calculate the expected load and span to determine the appropriate beam size and material grade.
- Design Constraints: Consider the project’s architectural and engineering demands, including clearances, connections, and aesthetic goals.
- Environmental Conditions: For outdoor or corrosive environments, choose galvanised or coated HEA beams for extended lifespan.
- Compliance with Standards: Ensure that HEA beams meet local and international standards, such as EN 10025 or ASTM specifications.
H-Shaped Beams: Engineered Strength for Modern Structures
H-shaped beams, also known as H-beams or wide flange beams, are essential structural steel components renowned for their exceptional load-bearing capacity, dimensional stability, and versatility. Characterized by their distinctive H-shaped cross-section, these beams provide superior strength-to-weight ratios compared to conventional profiles, making them a preferred choice in both large-scale and precision-engineered construction projects.
Manufactured from high-grade steel, H-shaped beams excel in distributing loads evenly across wide spans, minimizing bending, and enhancing overall structural integrity. They are widely used in applications such as bridges, high-rise buildings, industrial facilities, shipbuilding, and heavy machinery frameworks. Their broad flanges allow for easier connections and improved resistance to shear forces, offering engineers and architects design flexibility and performance reliability.
One of the key advantages of H-shaped beams is their efficiency in reducing material consumption without compromising structural strength. This translates into cost-effective solutions for demanding projects, where both durability and budget constraints are critical. Additionally, H-beams are available in various sizes, thicknesses, and steel grades, ensuring tailored solutions to meet specific project requirements.
For stakeholders seeking robust, efficient, and scalable steel solutions, H-shaped beams stand as an indispensable component, combining innovation, reliability, and long-term performance in modern construction landscapes.
.
Applications of H Shaped:
Construction: Used for frames in buildings, bridges, and warehouses.
Industrial Structures: Ideal for machinery supports and platforms.
Steel Fabrication: Commonly used in welded and bolted steel structures.
H Shape Material Grades:
S235JR (ST37)
S275JR (ST44)
S355JR (ST52)
H Shaped Characteristics:
H-shaped cross-section with wide and thin flanges
Lighter in weight compared to HEB and HEM beams, making them a more cost-effective solution for certain applications
Manufactured in accordance with EN 10365 and DIN 1025 standards
Available in sizes typically ranging from HEA 100 to HEA 1000, where the number represents the beam height in millimeters
Advantages and Features of H Beams
H shaped are widely recognized for their extensive use in the construction industry. Manufactured from structural steel, they are also commonly utilized in the construction of bridges and ships. As part of the structural profiles category, HEA beam prices vary depending on their dimensions and weight, and detailed pricing is provided in the table below.
Ordering HEA Beams
HEA beams are known for their high strength and load-bearing capacity. Prices vary based on the beam’s size and weight. You can select the most suitable dimensions for your project and purchase them with the assurance of HL Metal Demir Çelik Sanayi quality.
Although HEA beams are typically manufactured according to standard dimensions, custom production is also available upon request. You can place an order by providing your required dimensions and weights. Standard products are listed in our HEA beam price table, and for custom orders, our sales representative will provide you with a tailored price quote.
Whether you choose from our range of standard HEA beams or require a custom-fabricated solution, our customer support team is ready to assist you. In addition to fast delivery options, our wide product portfolio ensures that you can easily find what you’re looking for.
👉 Contact our sales team today for detailed information and to place your order for HEA beams.
1. Construction and Structural Profiles
This category includes materials and structural components commonly used in the construction industry. These profiles are formed by processing materials such as steel, concrete, and wood into specific shapes and dimensions. They play a critical role in ensuring the fundamental strength and safety of buildings.
Steel Structural Profiles
- I-Beam (I Profile): A widely used profile for steel beams and columns.
- Square and Rectangular Profiles: Used in structural applications such as columns, beams, and support members in the form of steel tubes or box sections.
- U-Channel Profiles: Commonly used in wall panels, floor decking, and various support elements.
- L-Beam (Angle Profile): Utilized for creating corner joints in various structural components.
Concrete and Prefabricated Structural Profiles
- Reinforced Concrete Beams and Columns: Load-bearing elements cast in special molds and used in structural frameworks.
- Prefabricated Concrete Elements: Factory-made components that are assembled on-site, often preferred in fast-track construction projects.
2. Mechanical Structural Profiles
These profiles define the structural features of machinery and mechanical components. Profiles used in industrial machinery are typically made from high-strength ma
