6063 T6 Aluminum Arc Shaped Light Pole
Custom aluminum arc-shaped light poles for municipal, commercial and industrial lighting projects. Height, arm reach, finish, luminaire interface, wind design and installation details are confirmed from the approved project specification.
Product Specifications
Standard Dimensions (mm)
Reference configurations for common aluminum arc-shaped light poles. Final structural dimensions and mounting details are confirmed against the approved project drawing.
| MODEL M | HEIGHT H | TOP OD D1 | BASE OD D2 | HEIGHT2 H2 | HEIGHT3 H3 | ARM L1 | THICK T | DOOR HEIGHT H1 | DOOR SIZE (A×B) | BASE SIZE (L×W×T) |
|---|---|---|---|---|---|---|---|---|---|---|
| YLDG-V1 | 5000 | 76 | 152 | 1000 | 4500 | 1500 | 4.0 | 500 | 80 × 250 | 298 × 298 × 12 |
| YLDG-V2 | 6000 | 76 | 152 | 1000 | 5500 | 1500 | 4.0 | 500 | 80 × 250 | 298 × 298 × 12 |
| YLDG-V3 | 7000 | 76 | 166 | 1200 | 6500 | 1800 | 4.0 | 500 | 80 × 250 | 298 × 298 × 12 |
| YLDG-V4 | 8000 | 76 | 180 | 1200 | 7500 | 1800 | 4.0 | 500 | 100 × 300 | 305 × 305 × 19 |
| YLDG-V5 | 9000 | 76 | 180 | 1500 | 8500 | 2000 | 4.0 | 500 | 100 × 300 | 305 × 305 × 19 |
| YLDG-V6 | 10000 | 76 | 200 | 1500 | 9500 | 2000 | 4.0 | 500 | 100 × 300 | 305 × 305 × 19 |
Anodized & Powder Coated
Two industry-leading surface treatment processes that extend service life, enhance aesthetics, and protect against the harshest environmental conditions.
Specified
Film Thickness
20yr
Color Warranty
HV500
Surface Hardness
ANODIZING — ELECTROCHEMICAL OXIDATION
Anodizing forms an integral aluminum oxide layer through an electrochemical process. The appropriate finish type and film thickness are selected for the project environment and approved specification.
Alkaline degreasing followed by acid etching to remove surface contaminants and achieve uniform matte finish.
Submerged in 15–20% H₂SO₄ electrolyte at 18–22°C. DC current at 1.0–1.5 A/dm² builds oxide layer to specified thickness.
Electrolytic coloring or organic dye infiltration for champagne, bronze, black, or custom color options.
Nickel acetate sealing at 95–100°C closes the porous oxide structure, locking in color and maximizing corrosion protection.
POWDER COATING — ELECTROSTATIC SPRAY
Powder coating is applied by electrostatic spray and thermal curing. Resin type, pretreatment, film thickness and color are specified for the approved project and exposure conditions.
Chrome-free conversion coating (or zirconium-based pretreatment) ensures maximum powder adhesion and eco-compliance.
Corona or tribo-charged spray guns at 60–100kV deposit powder at 95%+ transfer efficiency. Minimal overspray waste.
Infrared + convection oven cures at 190°C ± 5°C for 15–20 minutes. Full crosslinking achieves 2H–4H pencil hardness.
Film thickness (80–120μm), gloss level (matte/satin/gloss), salt spray test (1000hr+), and adhesion (cross-cut 0 grade) verified.
1000hr
Salt Spray Tested
200+
RAL Colors
120μm
Max Film Build
PRODUCTION PROCESS
From raw aluminum billets to finished light poles — every step is controlled, inspected, and documented to meet international quality standards.

Raw Material — Aluminum Alloy Billets
6063-T6 aluminum alloy billets sourced from qualified suppliers. Each batch can be verified against the approved chemical-composition requirements before extrusion, with material documentation provided according to the project specification.

Extrusion — Profile Forming
Billets heated to 480°C and forced through custom-designed dies at 2000+ tons pressure. Multi-port hollow profiles achieve the exact cross-section geometry for each pole model. T5 tempering by air-quenching after extrusion for optimal mechanical properties.

Welding & Fabrication
CNC cutting, bending, and TIG/MIG welding stations assemble poles to specification. Arc-shaped arms are formed using hydraulic bending machines with mandrel support to prevent wall collapse. All welds are X-ray inspected per AWS D1.2 standards.

Surface Treatment & Finishing
Fully automated anodizing and powder coating lines (see detailed process above). Automatic film thickness monitoring, color consistency checks via spectrophotometer, and salt spray testing on every batch coupon sample.
APPLICATION SCENARIOS
We support project teams with configuration, drawings and manufacturing coordination for outdoor lighting infrastructure.
City Streets & Avenues
Primary and secondary road lighting with 8–12m pole heights. Designed for 30m–50m luminaire spacing with optimal uniformity ratios per EN 13201 standards.
Parks, Gardens & Pathways
Aesthetic arc designs complement landscape architecture. 4–6m heights for pathway illumination with warm-tone LED fixtures for inviting ambiance.
Parking Lots & Commercial Areas
10–14m high-mast configurations for large open areas. High-lumen LED arrays provide uniform coverage with low light trespass and minimal sky glow for dark-sky compliance.
Residential & Suburban Roads
6–8m pole heights with decorative arc arms. Designed for low-glare distribution patterns that protect residential comfort while ensuring pedestrian safety.
- Deep Design & Engineering Support
- CAD & Technical Drawings
- 3D Renderings & Visualization
- Prototyping & Sampling
- Flexible Manufacturing (OEM & ODM)
- Street Lighting & Roadway Poles
- Commercial & Residential Landscape Lighting
- High Mast Poles for areas, ports, and stadiums
- Decorative & Architectural Poles for urban beautification projects
- Solar Light Poles