LEADING CUSTOM ALUMINUMEXTRUSION MANUFACTURER
From mold design to precision CNC machining and surface treatment.
Providing one-stop aluminum profile solutions with 30 years of industry expertise.
Aluminum profile square pipe, round pipe, hexagonal pipe
Key Specifications & Parameters
| Parameter | Specification / Options |
|---|---|
| Product Name | Aluminum Profile Square Pipe, Round Pipe, Hexagonal Pipe Multi-Extrusions |
| Material Grade | 6061-T6, 6063-T5, 6063-T6, 6082-T6 (High-precision structural structural alloys) |
| Hardware Coupling | Standard modular brackets, cleats, and coupling links unified in 304 stainless steel (Other materials customized on request) |
| Geometric Varieties | Square/Rectangular Tubes, Concentric Round Cylinders, High-Torque Hexagonal Profiles |
| Wall Thickness Scope | 1.0mm to 6.0mm (Thick-walled reinforced options customized to regional structural codes) |
| Surface Finish | Clear or Satin Anodized, AkzoNobel Powder Coating, Mechanical Sandblasting, Degreased Mill Finish |
| Dimensional Accuracy | Strict compliance with international extrusion tolerances (up to ±0.1mm on face-to-face dimensions) |
| Deep Processing | CNC Precise Length Cut, Cross-Axis Hole Drilling, Slotted Punching, Deburring, Miter Jointing |
Product Applications
- Square Pipe Applications: Heavy-duty modular machine framing, warehouse racking tracks, workstation workbenches, and clear architectural sub-frames requiring flat mounting faces.
- Round Pipe Applications: Fluid transport lines, pneumatic cylinder housings, conveyor line passive rollers, and modern pedestrian handrail systems.
- Hexagonal Pipe Applications: High-torque transmission shafts, telescopic linkage poles, heavy mechanical tooling adjusters, and anti-twist socket joints in industrial machinery fields.
Product FAQ
Q1: What are the engineering criteria for utilizing hexagonal aluminum profiles over standard square or round pipes?
A1: Hexagonal profiles are primarily engineered for mechanical power transmission and anti-twist torque parameters. While round tubes provide uniform pressure distributions and square pipes optimize orthogonal connections, the 6-sided internal or external geometry of a hexagonal pipe allows it to sleeve over hex drive bars smoothly, serving as a lightweight driving socket or high-load rotational linkage with zero mechanical slippage.
Q2: How does your extrusion line control wall concentricity across complex geometric profiles like square and hexagonal sections?
A2: Sharp corner transitions in square or hexagonal dies experience uneven material flow rates during extrusion, which can lead to wall thinning at the facets. We overcome this by utilizing premium-grade automated tool-steel die sets and rigorous multi-stage tension stretching right after cooling. This stabilizes the underlying metallurgical flow, holding straightness and face-to-face dimensions strictly within global tolerances.
Q3: What are the distinct B2B advantages of deploying multi-geometry aluminum tubing over traditional steel equivalents?
A3: Extruded aluminum channels weigh roughly one-third of equivalent steel piping matrices, severely dropping ocean freight fees, reducing floor dead loads, and optimizing handling lines during manual assembly. Furthermore, aluminum forms its own passive oxide skin to block rust, entirely eliminating the high maintenance costs of wire brushing, priming, and painting required for steel tubes.
Q4: Can you provide localized deep processing like custom cut-to-length and pre-punched connector arrays across all shapes?
A4: Yes, we provide full B2B deep processing support. We can deliver your square, round, or hexagonal profiles pre-sawn to exact millimeter short lengths with clean, deburred edges. Our multi-axis CNC machinery can also handle pattern slot routing, through-hole drilling, or custom bevel angles, ensuring seamless out-of-the-box operation straight onto your localized factory production floors.
Precision Aluminum Manufacturing & Custom OEM/ODM Services
Expert in Aluminum Extrusion, Deep Processing, and Finished Products.



