Binhnam Aluminium operates a 50,000 m² manufacturing facility with 6 extrusion lines and integrated aluminium production capability. From billet preparation and extrusion to surface finishing, CNC machining and quality inspection, we control key production steps to support stable quality and efficient delivery.
Binhnam Aluminium operates 6 aluminium extrusion lines for producing industrial profiles, construction profiles and custom aluminium extrusion products. Our extrusion capability supports different profile shapes, product structures and application requirements based on customer drawings or standard product specifications.
Binhnam Aluminium provides aluminium surface finishing solutions to improve product appearance, durability and corrosion resistance. Our surface finishing options include powder coating, anodizing and wood grain finishing, with color and finish requirements customized according to project needs.
For customers who need further processing after extrusion, Binhnam Aluminium provides CNC machining and fabrication support. CNC machining helps customers receive aluminium profiles that are closer to final assembly requirements, reducing additional processing work after delivery.
Quality control is applied throughout the aluminium manufacturing process, from raw material inspection to extrusion, surface finishing, machining, packing and final delivery. Our QC process helps ensure product consistency, dimensional accuracy, surface quality and packaging reliability before shipment.
Binhnam Aluminium supports B2B customers through a clear and practical order handling process. Whether you need standard aluminium profiles or a new custom extrusion project, our team helps review your requirements and provide a suitable production solution.
Customers send drawings, samples, product photos or technical requirements to Binhnam Aluminium. Our team reviews the basic information, including product type, application, alloy requirements, surface finish, estimated quantity and delivery expectations.
Our technical team evaluates the profile design, extrusion feasibility, surface finishing requirements, machining needs and packaging method. For custom aluminium profiles, we may suggest adjustments to improve extrusion stability, production efficiency or final product performance.
After reviewing the requirements, Binhnam Aluminium provides quotation details, including product cost, die cost if applicable, MOQ, estimated lead time and production process. The production plan can be adjusted based on order quantity, technical complexity and delivery schedule.
For new custom profiles, we proceed with die development after confirmation. Trial extrusion is carried out to produce samples for inspection and customer approval. The sample stage helps confirm profile dimensions, structure, surface quality and application suitability before mass production.
After sample approval, Binhnam Aluminium begins mass production according to the confirmed specifications. Quality control is carried out during extrusion, surface finishing, CNC machining and final inspection to ensure product consistency before shipment.
Finished aluminium profiles are packed according to product type, surface finish and export requirements. Our team prepares the necessary documents and supports delivery based on the agreed shipping terms.
Aluminium angle profiles for structural supports, framing, brackets and fabricated assemblies. Binhnam Aluminium supplies L-shaped aluminium extrusions with custom dimensions, surface finishing and CNC processing according to project requirements.
Aluminium angle profiles also known as aluminium L profiles or L-shaped aluminium extrusions, feature two legs connected at a defined angle, commonly forming a 90-degree cross-section. Their geometry provides two accessible mounting surfaces, making them suitable for framing, brackets, structural supports, edge reinforcement and fabricated components.
Depending on the application, aluminium angles may feature equal or unequal leg dimensions, different wall thicknesses, internal corner radii or additional functional details.
These profiles are commonly incorporated into industrial equipment, construction components, furniture systems, machine frames and OEM assemblies where a compact, open-section aluminium component is required.
Compared with hollow aluminium profiles, angle sections provide a simpler open geometry with direct access to both legs. This can be useful for connections, edge protection and components that need to be mounted against perpendicular surfaces.
Binhnam Aluminium can review existing-tooling options or develop custom aluminium angle extrusions according to customer drawings, physical samples and application requirements.
Aluminium angle profiles can be classified according to their leg dimensions, cross-section geometry and additional functional features.
The following groups illustrate common angle-profile configurations used in industrial, construction and OEM applications.
Equal-leg aluminium angle profiles feature two legs with matching nominal dimensions, creating a balanced L-shaped cross-section.
They are commonly considered for framing, brackets, edge reinforcement, equipment supports and general fabrication where similar mounting dimensions are required on both sides.
The final leg dimensions, wall thickness and corner geometry are selected according to the intended application and approved profile design.
Unequal-leg aluminium angles feature two legs with different nominal dimensions, allowing the profile to provide different mounting or supporting surfaces.
They may be used in equipment frames, structural connections, furniture components and fabricated assemblies where one side requires a wider mounting face or greater coverage than the other.
For custom production, both leg dimensions, wall configuration and corner details should be defined in the cross-section drawing.
Slotted aluminium angle profiles incorporate holes or elongated slots for mounting, positioning and adjustment within fabricated assemblies.
These features can be useful for equipment brackets, adjustable supports, modular frames and other components that require defined fixing positions.
Slot dimensions, hole patterns and machining locations are reviewed according to the approved fabrication drawing. Where applicable, holes and slots may be produced through secondary processing after extrusion.
Custom aluminium angle profiles can be developed beyond conventional equal-leg or unequal-leg designs.
Depending on extrusion feasibility, the cross-section may integrate different wall arrangements, grooves, ribs, mounting interfaces, locating features or application-specific corner geometry.
This allows the aluminium angle to perform structural and functional roles within proprietary OEM products.
Final technical specifications are determined according to the selected profile, approved drawing and manufacturing requirements.
For angle profiles used in fabricated or structural assemblies, particular attention should be given to leg dimensions, wall configuration, corner geometry and any critical mounting interfaces.
| Item | Specification |
|---|---|
| Product Name | Aluminium Angle Profiles |
| Product Type | Equal-leg, unequal-leg, slotted or custom L-shaped aluminium extrusion |
| Material | Aluminium alloys including 6060, 6061, 6063, 6005, 6005A, 6082, 7005, 3003 and 5052 at factory level, subject to profile design, extrusion feasibility and application requirements |
| Temper | T5, T6 or other applicable tempers, subject to the selected alloy, required mechanical properties and project specifications. Final alloy–temper combinations are confirmed during technical review |
| Profile Design | Existing-tooling or custom L-shaped cross-section |
| Leg Dimensions | Equal-leg, unequal-leg or custom dimensions according to the approved drawing |
| Wall Thickness | Product-specific and subject to extrusion feasibility |
| Corner Geometry | Internal and external corner radii according to profile design |
| Included Angle | Defined by the approved cross-section; commonly 90 degrees for conventional L-shaped profiles |
| Surface Finish | Mill Finish, Anodizing, Powder Coating, Metallic Coating, Wood-Grain Finish or approved Custom Finish, subject to product and finish review |
| Processing | Cutting and project-based drilling, tapping, milling, holes or slots |
| Length | Custom length subject to profile design, finishing, packing and transport requirements |
| Applications | Frames, brackets, structural supports, reinforcement, edging, furniture and OEM components |
| Packaging | Selected according to profile geometry, surface protection and shipping requirements |
Important Technical Considerations:
The L-shaped cross-section provides two accessible surfaces that can be used for mounting, supporting or connecting components.
This makes aluminium angles suitable for a wide range of structural and fabricated applications where a compact open-section profile is required.
Aluminium angles can be produced with matching or different leg dimensions, allowing the profile to accommodate various mounting and assembly requirements.
Equal-leg angles are suitable for applications requiring similar mounting dimensions, while unequal-leg angles provide flexibility where one mounting surface needs to differ from the other.
Depending on the approved design, aluminium angles can form part of frames, brackets, edge structures and reinforcement components.
Their performance depends on the complete profile geometry, selected alloy and temper, installation method and application loads.
Angle profiles can be reviewed for cutting and project-based CNC operations such as drilling, tapping, milling, holes and slots.
Machining requirements can be incorporated into the approved fabrication drawing to support the final assembly.
Depending on the application, aluminium angles can be supplied with mill finish, anodizing, powder coating, metallic-effect finishing, wood-grain finish or other approved custom finishes.
The selected finish should be reviewed together with the alloy, appearance requirements and downstream processing.
For proprietary applications, aluminium angle profiles can incorporate additional functional details such as grooves, ribs, mounting faces or locating features.
These features may allow the extrusion to combine multiple functions within a single component, subject to manufacturing feasibility.
Surface finishing can affect the appearance, surface characteristics and downstream use of aluminium angle profiles.
The appropriate finish depends on the selected alloy, application environment, appearance requirements and subsequent fabrication processes.
Binhnam Aluminium can review the following six finishing options for suitable aluminium angle profiles.
Mill-finish aluminium angles can be considered for general fabrication, further machining or applications where no additional surface treatment is specified.
The required surface appearance should still be defined where the profile will remain visible in the finished assembly.
Binhnam Aluminium operates anodizing capability for suitable aluminium profiles.
Anodized aluminium angles may be used in equipment structures, furniture components and other fabricated products requiring an anodized appearance.
The selected alloy, surface requirements and intended application should be reviewed before the finishing specification is confirmed.
The factory operates a vertical powder-coating line.
Powder-coated aluminium angles may be used for frames, equipment supports, furniture and other fabricated components requiring a specified coated colour.
Exact coating requirements should be confirmed according to the selected profile and project specification.
Metallic coating refers here to a finish that provides a metallic visual effect for decorative or appearance-focused applications.
Depending on the required appearance, a suitable metallic-effect coating system may be reviewed for the project.
The specific coating system, colour and suitability for the aluminium angle should be confirmed during technical review.
Wood-grain finishing can be reviewed for suitable decorative aluminium angles used in furniture, interior components and other appearance-focused applications.
The profile geometry and finish requirements should be confirmed before production.
For projects requiring a particular colour, texture or visual appearance, Binhnam Aluminium can review a custom finishing specification.
The suitable finishing route depends on the profile design, selected alloy, required appearance and approved project requirements.
An aluminium angle profile is an extrusion featuring two connected legs that form an L-shaped cross-section, commonly at 90 degrees. It can be used for brackets, frames, structural supports, reinforcement, edging and fabricated components.
Available dimensions depend on current extrusion tooling and product data.
Customers requiring a specific profile can submit the cross-section drawing or required dimensions so Binhnam Aluminium can review existing tooling or custom extrusion development.
A physical sample can be submitted for technical review.
Depending on the application, additional dimensional drawings or technical information may still be required before tooling and production specifications are finalised.
Custom profile lengths can be reviewed according to the extrusion design, finishing, packing and transportation requirements.
The required length should be included in the quotation request.
MOQ and estimated lead time depend on tooling availability, profile design, order quantity, finishing, machining and whether a new die and trial sample are required.
These items are confirmed after technical review rather than applied as fixed values to every aluminium angle profile.
For an accurate technical review and quotation, provide a dimensioned drawing or sample, required leg dimensions, wall thickness, application, alloy or material requirements, surface finish, machining details, profile length, quantity, inspection requirements, packing and delivery destination.
