Galvanized Steel Pipe Arms Street Light Pole
Precision of piece: |
+/-0.05mm |
Roughness of piece: |
Ra≤0.1 |
Quality standard: |
DIN, ASTM, GOST, GB, JIS, ANSI, BS; |
Drawing format: |
JPEG,PDF,AI,PSD,DWG,DXF,IGS,STEP; |
Dimension: |
Customized |
Product name: |
Galvanized Steel Pipe Arms Street Light Pole |
Available materials: |
Hot Rolled Steel-Q235/Q345,Cold Rolled Steel- DC01/SPCC,304/316 Stainless Steel,Spring Steel,Aluminum-5052/6061,Brass,Copper(T1),etc. |
Surface treatment: |
Zinc Plated,Galvanized,Power Coating,Chrome Plating,E-Coating/Electrophoresis,Hot Dip Galvanized,etc. |
Process: |
Stamping,Welding Assembly,Forming,Pipe Bending,Forging,Fabrication, Hand/Robot Welding,Spot Welding,Progressive Mould,Laser Cutting,etc. |
Industrial: |
Agriculture Machine,Furniture,Automobile,Power System,Electric,Equipment,Building,etc. |
Galvanized Steel Pipe Arms Street Light Poles represent a cornerstone of reliable and long-lasting urban and roadway lighting infrastructure. Their core strength lies in the robust construction: high-quality structural steel pipes form both the vertical mast and the horizontal arm. The defining feature is the hot-dip galvanization process applied to the entire structure after fabrication. This involves immersing the steel pole in molten zinc, creating a metallurgically bonded coating that provides exceptional, sacrificial corrosion protection. This shield is crucial for withstanding decades of exposure to harsh environmental elements
The pipe arm design offers significant advantages. It provides a rigid, stable platform for mounting luminaires, minimizing vibration and ensuring precise light distribution. The inherent strength of steel pipe allows for longer arm spans compared to some alternatives, enabling wider road coverage or placement flexibility. Furthermore, the smooth surface of galvanized steel discourages graffiti adhesion and simplifies cleaning. These poles are the preferred choice for highways, city streets, residential areas, parking lots, and industrial zones due to their proven durability, low maintenance requirements, and excellent cost-efficiency over their extended lifespan.
Manufacturing Strength: Precision and Scale
Producing poles of this caliber requires significant manufacturing expertise and capacity. Our facility operates with a commitment to quality at every stage:
Vertical Integration: We control key processes in-house, from sourcing certified raw steel to final galvanizing and testing, ensuring consistent quality and supply chain reliability.
Advanced Fabrication: Utilizing CNC pipe cutting, bending, and drilling machinery ensures precise dimensional accuracy for both masts and arms. Robotic welding systems deliver consistent, high-strength welds critical for structural integrity.
State-of-the-Art Galvanizing: Our dedicated, large-scale hot-dip galvanizing line adheres strictly to international standards. We maintain precise control over bath chemistry, temperature, and immersion times, guaranteeing optimal zinc coating thickness and adhesion for decades of protection.
Rigorous Quality Control: Every production stage undergoes stringent checks. This includes material certification, weld inspections, dimensional verification, and comprehensive post-galvanizing inspection for coating thickness, uniformity, and surface quality.
Scale & Flexibility: Our production lines are designed for high-volume output to meet large municipal and infrastructure project demands, while also accommodating custom specifications for arm length, mast height, base plate design, and accessory mounting points.
Certifications & Compliance: We operate under internationally recognized Quality Management Systems and ensure our poles meet or exceed relevant national and international standards for structural design, materials, and galvanizing.
Galvanized Steel Pipe Arms Street Light Poles from our facility deliver unmatched longevity and performance. Backed by robust manufacturing capabilities and stringent quality assurance, they provide a dependable, cost-effective lighting solution engineered to illuminate communities safely and efficiently for generations.
