Aluminum beams are widely used in structural framing, load-bearing assemblies, platforms, and equipment support systems. Their engineered cross-sections—such as I-beam, H-beam, or rectangular beam shapes—offer high strength-to-weight performance, making them suitable for both commercial and industrial structural applications. With good corrosion resistance and ease of processing, aluminum beams are reliable for both indoor and outdoor environments.
We manufacture aluminum beams in both standard and custom sizes, using commonly selected alloys such as 6061 and 6063. Beam profiles are available in I-beam, H-beam, rectangular, and custom cross-sections, with options for web height, flange width, and wall thickness tailored to your structural load requirements.
Depending on the application, we can adjust the alloy and temper to achieve the desired combination of strength, corrosion resistance, and workability. From technical drawing review to final machining and delivery, our team ensures each beam meets the performance standards for structural framing, load-bearing assemblies, or equipment platforms.
Click below to learn more about our aluminum angle
| Item Type | Aluminum Beam (I/H/Rectangular) |
| Material | 6061, 6063 Aluminum Alloy |
| Temper | T5, T6 |
| Type | I-Beam, H-Beam, Rectangular Beam, Custom Cross-Section |
| Color | Mill Finish, Silver, Black, White, Custom Colors |
| Wall Thickness | Common range: 2.0mm – 10mm |
| Shape | I/H/Rectangular cross-section, with custom sizes available |
| Quality Control | 1. Dimensional Verification 2. Alloy Certification 3. Load-Bearing Evaluation |
| Surface Treatment | Anodized, Powder Coated, Mill Finish, Brushed |
| Deep Process | Cutting, CNC Machining, Drilling, Welding, Slotting |
| MOQ | Standard profiles in stock; low MOQ for custom designs |
| OEM & ODM | Supported; technical support for structural customization |
| Free Samples | Available for standard profiles upon request |
| Delivery Time | 10–15 days for stock items; 20–30 days for custom orders |
| Port | Guangzhou or Shenzhen Port |
Aluminum beams often require further processing to meet specific structural, mechanical, or installation needs. We offer a full range of precision machining and fabrication services to deliver beam components ready for direct integration into support frameworks, platforms, and equipment structures.
Aluminum beam can be precisely cut to your required lengths for easy on-site installation and modular platform assembly.
Custom hole drilling for mounting, drainage, or connection purposes. Hole size and position can be specified based on structural layout.
Slots or notches can be machined into the beam ends or sides to accommodate fasteners, connectors, or interlocking systems.
Supports advanced features like slots, notches, or custom edge work for functional integration.
Raised patterns or textured finishes can be added to improve grip and enhance safety in wet or sloped environments.
Support for special shapes, cutouts, or panel interfaces based on customer drawings or assembly needs.
Sharp edges and burrs are removed after cutting or machining to ensure safe handling and smooth installation.
Aluminum beams used in structural and industrial applications often require surface treatments to enhance corrosion resistance, improve durability, and match environmental or visual requirements. Whether used indoors, outdoors, or in high-load conditions, the right surface finish ensures long-term performance and reduced maintenance.
Electrochemical process that creates a durable oxide layer, improving corrosion resistance and surface hardness.
A colored, protective coating applied via electrostatic spraying and heat curing.
Abrasive blasting that roughens the surface for matte appearance or pre-treatment.
Raw, uncoated aluminum surface as extruded.
Mechanically applied linear grain finish for decorative or visible parts.
We provide integrated production services for aluminum angles, including extrusion, surface finishing, precision machining, and delivery of components ready for framing, bracketing, reinforcement, and structural assembly applications.
We support packaging according to your needs, such as outer boxes with your logo, customized profile packaging. If there is no special instructions, we will use our regular packaging.
Communication is the first step to start a project. Simply upload CAD drawings, product images or provide samples, and we will perform DFM analysis and provide you with a quotation.
After confirming the production details we will make the first sample for you, and once you are satisfied with the sample we will start the batch production of your project.
For aluminum beam, stable profile quality is an important factor to ensure the success of the project. Quality is our manufacturing criterion.
We support ODM/OEM, provide one-stop aluminum profile production services, have a variety of standard aluminum profile specifications of extrusion dies, and produce your aluminum profiles according to demand with competitive price costs.
Aluminum beams are used in structural framing, platforms, walkways, equipment bases, lifting systems, and support frameworks. They are ideal where high strength, lightweight construction, and corrosion resistance are required.
We offer I-beam, H-beam, and rectangular beam profiles. Custom cross-sections are also available depending on design specifications. The choice of profile depends on load direction, installation method, and structural layout.
Common alloys include:
Yes. Aluminum beams can carry significant loads, especially in thicker wall designs or when using high-strength alloys like 6061-T6. Load capacity depends on beam size, span length, and support spacing. Structural analysis is recommended for critical applications.
Absolutely. We offer cutting, CNC machining, drilling, and welding preparation. Aluminum beams can also be MIG/TIG welded, especially with 6061 alloy. All parts are deburred and cleaned for safe handling and further processing.
Yes. With appropriate surface treatments—such as anodizing or powder coating—aluminum beams perform well in outdoor, marine, and industrial environments. They are naturally resistant to rust and corrosion.
Yes. We support both standard and custom aluminum beam profiles. Custom lengths, wall thicknesses, flange/web dimensions, and hole patterns can be manufactured according to your technical drawings or performance requirements.
Lead time is usually 10–15 days for stock items, and 20–30 days for custom profiles or additional processing. Shipping ports include Guangzhou and Shenzhen.
An aluminum beam is a structural profile designed to bear loads over spans. It features cross-sections like I-beam, H-beam, or rectangular shapes that help distribute weight efficiently. Aluminum beams are used in industrial, architectural, and mechanical systems for framing, support structures, and platforms. They combine strength with light weight, making them easier to handle than steel while still delivering structural reliability.
Aluminum beams are used in a wide range of industries, including construction (e.g., flooring and roof framing), industrial equipment (e.g., machine bases, automation systems), transportation (e.g., trailers, marine structures), and modular platforms (e.g., walkways, racks, and lifts). Their corrosion resistance makes them suitable for both indoor and outdoor applications, including coastal or high-humidity environments.
The most common aluminum beam profiles include:
Aluminum beams are typically made from:
Compared to steel, aluminum beams are:
This makes aluminum beams ideal for weight-sensitive or corrosive settings.
Yes. We offer custom beam profiles, wall thicknesses, flange dimensions, lengths, and hole configurations. Additional processing such as cutting, drilling, CNC machining, and welding preparation is available. Clients can submit CAD drawings or specifications for fully tailored production.
Aluminum beams can be bolted, riveted, or welded into place depending on the application. They can also be slotted or pre-drilled to allow for modular fastening. Their lower weight makes them easier to lift and assemble without heavy machinery.
Yes. Aluminum naturally forms an oxide layer that protects it from corrosion. For added protection in harsh conditions, beams can be anodized or powder coated. These treatments are especially useful in marine, industrial, or chemical-exposed settings.
Available surface treatments include:
Key factors include:
Engineering consultation is recommended for load-bearing or structural-critical projects.
