Aluminum Direct Burial Light Pole Specification

The Aluminum Direct Burial Light Pole shaft is crafted from precision-spun, seamless 6063 T6 aluminum alloy tubing.

MODELHEIGHTTOP ODBASE ODARMTHICKDOOR HEIGHTDOOR SIZE
YLDG-DB150008015215004.050080x250
YLDG-DB260008015215004.050080x250
YLDG-DB370008016615004.050080x250
YLDG-DB480008018015004.0500100x300
YLDG-DB590008018015004.0500100x300
YLDG-DB6100008020015004.0500100x300

Pole Top

A pole top tenon is provided for top mount luminaire and/or bracket. A removable pole cap is available for poles recelving drilling patters for side-mount luminaire arm assemblies

Handhole

A covered handhole with hardware and grounding provision are provided

Surface Treatments

We focus on superior surface treatments to ensure long-lasting durability and aesthetic appeal for outdoor environments. Our products feature two primary finishing options:

Anodizing (30μm)
This electrochemical process creates an extremely hard, integral oxide layer on the aluminum surface. It offers outstanding corrosion and fade resistance, maintaining a classic metallic look in finishes such as champagne, bronze, and black. Anodizing is known for its exceptional longevity and weather resistance.

Powder Coating (60~80μm)
This process applies a dry, free-flowing powder electrostatically, which is then cured to form a tough, protective film. Powder coating provides superior flexibility in colors and textures, excellent impact resistance, and a durable barrier against the elements. It is the ideal choice for vibrant colors and enhanced design coordination.

RAL COLORS
RAL COLORS
aluminum direct burial light pole
—— 6063-t6 Aluminum Alloy ——

ALUMINUM DIRECT BURIAL LIGHT POLE

Engineered for decades of maintenance-free performance. Premium 6063-T6 aluminum construction with integrated direct burial foundation system for parks, roadways, and commercial landscapes.

Height Range

3m — 12m

Wind Rating

160 km/h

Service Life

25+ yrs

Protection

IP66

—— Core Advantages ——

Built to Outperform. Designed to Last.

Every aluminum direct burial light pole undergoes rigorous engineering to deliver unmatched structural integrity, corrosion resistance, and long-term value for demanding outdoor installations.

6063-T6 Aluminum Alloy

Marine-grade aluminum extrusion delivers superior strength-to-weight ratio with inherent corrosion resistance. No rust, no galvanic decay — even in coastal environments.

Direct Burial Foundation

Engineered burial sleeve with anti-corrosion wrap eliminates the need for concrete foundations and anchor bolt cages. Faster installation, lower total cost of ownership.

High Wind Resistance

Validated by FEA simulation and physical testing to withstand sustained winds up to 240 km/h (Category 4 hurricane). Tapered design minimizes wind load.

25+ Year Service Life

Accelerated weathering tests confirm 25+ years of structural performance without degradation. Powder-coated finish resists UV fading and chalking.

IP66 Full Enclosure

Internal wiring compartment sealed to IP66 standard. Concealed handhole door with tamper-resistant hardware protects electrical connections from moisture and debris.

Modular Accessories

Compatible with LED, HPS, and metal halide luminaires. Optional brackets for banners, CCTV cameras, solar panels, and decorative finials. Full customization available.

—— Engineering Data ——

Technical Specifications

Full dimensional and performance data for the YLDG-DB series. Custom heights and configurations available upon request.

Parameter
Value
—— Installation System ——

Direct Burial Foundation Engineered for Simplicity

Eliminate concrete bases and anchor bolt cages. Our patented burial sleeve system reduces installation time by up to 60% while maintaining full structural compliance.

How It Works

The ADBP burial sleeve is a corrugated aluminum tube that extends from below the frost line to grade level, providing a secure, corrosion-protected housing for the pole base.

Anti-corrosion wrap
— Polyethylene sleeving prevents galvanic contact between aluminum and soil minerals
Gravel drainage base
— 300mm compacted gravel bed ensures proper drainage and prevents water accumulation
Backfill specification
— Compacted native soil or controlled low-strength material (CLSM) for optimal lateral support
Internal wiring channel
— Pre-routed conduit accessible via tamper-resistant handhole door at base
—— Surface Treatment Technology ——

Dual-Layer Protection System

Purpose-built for demanding outdoor environments where reliability, aOur proprietary two-stage surface treatment combines anodizing and polyester powder coating to deliver unmatched corrosion resistance, color stability, and aesthetic longevity.esthetics, and total cost of ownership matter.

Anodizing Treatment

Electrochemical Oxide Layer

The first stage employs sulfuric acid anodizing (AA15–AA25 class) to grow a dense aluminum oxide (Al₂O₃) layer directly from the substrate. Unlike coatings that sit on the surface, anodizing creates a metallurgically bonded oxide layer that becomes an integral part of the aluminum — it cannot peel, flake, or delaminate.

Process:

Sulfuric acid electrolytic oxidation, 18–22°C bath temperature, 1.0–1.5 A/dm² current density

Layer Thickness:

10–25 μm (AA15 to AA25 per ISO 7599), pore-sealed for maximum corrosion resistance

Corrosion Resistance:

Salt spray test ≥ 500 hours as standalone treatment; acts as superior primer for powder coating

Aesthetic:

Natural metallic silver finish with subtle luster; preserves the authentic aluminum appearance

Hardness:

300+ HV (Vickers) — significantly harder than the base aluminum substrate

Benefits:

Excellent UV stability, non-conductive surface, maintains metallic thermal conductivity for heat dissipation

Powder Coating

Electrostatic Spray Application

The second stage applies a thermosetting polyester powder coating via electrostatic spray deposition (ESD). Charged powder particles are attracted to the grounded aluminum substrate, ensuring uniform coverage including recessed areas. The coated pole is then cured at 180–200°C for 15–20 minutes, creating a cross-linked polymer film.

Process:

Corona charging electrostatic spray, 60–80 kV, followed by thermal curing at 190°C / 15 min

Layer Thickness:

60–80 μm (uniform across all surfaces), compliant with QUALICOAT Class 2

Adhesion:

Cross-cut test Grade 0 (ISO 2409) — no detachment at any intersection

Impact Resistance:

50 kg·cm direct impact (ISO 6272), no cracking or adhesion loss

Color Range:

Full RAL palette (200+ colors), custom color matching available with ΔE ≤ 1.0

Weathering:

QUV accelerated test 2000+ hours, gloss retention ≥ 50%, ΔE ≤ 2.0, no chalking

RAL COLORS
RAL COLORS
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