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Light pole is a vertical structure, typically made of steel, aluminum, or concrete, used to support lighting fixtures for streets, parking lots, and public areas. It provides illumination, safety, and visibility at night. Some poles may include features like brackets, solar panels, or smart controls.
Type | Light pole |
Height | Customized |
Wind speed | Customized |
Connection method | Slip Joint/Flange |
Certificate | ISO9001 |
Surface treatment | Hot dip galvanized |
Materials | Q235B(equivalent to S235JR/A36) & Q355B(equivalent to S355JR/GR50) & Q420B (equivalent to GR60) |
Galvanized standard | ISO1461/ASTM A123 |
Design code | TIA/EIA-222G/H |
Production capacity | 6000tons/year |
Nuts & Bolts | 4.8, 6.8, 8.8 |
Lifetime | 30 years |
Light pole is a vertical structure, typically made of steel, aluminum, or concrete, used to support lighting fixtures for streets, parking lots, and public areas. It provides illumination, safety, and visibility at night. Some poles may include features like brackets, solar panels, or smart controls.
Type | Light pole |
Height | Customized |
Wind speed | Customized |
Connection method | Slip Joint/Flange |
Certificate | ISO9001 |
Surface treatment | Hot dip galvanized |
Materials | Q235B(equivalent to S235JR/A36) & Q355B(equivalent to S355JR/GR50) & Q420B (equivalent to GR60) |
Galvanized standard | ISO1461/ASTM A123 |
Design code | TIA/EIA-222G/H |
Production capacity | 6000tons/year |
Nuts & Bolts | 4.8, 6.8, 8.8 |
Lifetime | 30 years |
Light poles are typically treated with rust-proof coatings such as hot-dip galvanizing or powder coating to enhance durability. Galvanizing provides a thick zinc layer for superior corrosion resistance, ideal for harsh environments. Powder coating offers a smooth, UV-resistant finish in various colors while preventing rust. These treatments ensure long-term structural integrity, reducing maintenance costs over decades of service.
Modern light poles feature adjustable mounting brackets designed to support diverse lighting technologies:
LED Luminaires: Secure clips for energy-efficient fixtures with optimized light distribution.
Solar Panels: Reinforced arms to hold photovoltaic modules at ideal angles.
Traditional Lamps: Universal mounts compatible with HID, fluorescent, or halogen bulbs.
Brackets are crafted from weather-resistant aluminum or steel, often with tilt-adjustment for precise beam alignment. Their modular design simplifies upgrades, allowing seamless transitions between lighting systems without replacing the entire pole.
Light poles are typically treated with rust-proof coatings such as hot-dip galvanizing or powder coating to enhance durability. Galvanizing provides a thick zinc layer for superior corrosion resistance, ideal for harsh environments. Powder coating offers a smooth, UV-resistant finish in various colors while preventing rust. These treatments ensure long-term structural integrity, reducing maintenance costs over decades of service.
Modern light poles feature adjustable mounting brackets designed to support diverse lighting technologies:
LED Luminaires: Secure clips for energy-efficient fixtures with optimized light distribution.
Solar Panels: Reinforced arms to hold photovoltaic modules at ideal angles.
Traditional Lamps: Universal mounts compatible with HID, fluorescent, or halogen bulbs.
Brackets are crafted from weather-resistant aluminum or steel, often with tilt-adjustment for precise beam alignment. Their modular design simplifies upgrades, allowing seamless transitions between lighting systems without replacing the entire pole.
-Provide uniform visibility for streets, highways, and intersections.
-Enhance nighttime safety for drivers and pedestrians.
-Decorative designs beautify cityscapes, parks, and plazas.
-Customizable heights/styles blend with infrastructure.
-High-mast poles illuminate parking lots, ports, and airports.
-Robust construction withstands harsh conditions.
-Off-grid solar poles power remote areas.
-IoT-enabled poles integrate cameras, sensors, and WiFi.
-Stadium-grade lighting for fields, tracks, and courts.
-Anti-glare designs ensure player and spectator comfort.
-Provide uniform visibility for streets, highways, and intersections.
-Enhance nighttime safety for drivers and pedestrians.
-Decorative designs beautify cityscapes, parks, and plazas.
-Customizable heights/styles blend with infrastructure.
-High-mast poles illuminate parking lots, ports, and airports.
-Robust construction withstands harsh conditions.
-Off-grid solar poles power remote areas.
-IoT-enabled poles integrate cameras, sensors, and WiFi.
-Stadium-grade lighting for fields, tracks, and courts.
-Anti-glare designs ensure player and spectator comfort.
A motorized light pole uses an external motor and pulley system to safely raise/lower fixtures for maintenance without requiring cranes or lifts.
Yes! Solar light poles have integrated photovoltaic panels and batteries for off-grid lighting, ideal for remote areas or eco-friendly projects.
Streets & Roads: 8–12 meters (standard visibility).
Parking Lots: 6–10 meters (wide coverage).
Highways & High-Mast Lighting: 15–30+ meters (long-distance illumination).
Decorative & Pathways: 3–6 meters (aesthetic lighting).
A motorized light pole uses an external motor and pulley system to safely raise/lower fixtures for maintenance without requiring cranes or lifts.
Yes! Solar light poles have integrated photovoltaic panels and batteries for off-grid lighting, ideal for remote areas or eco-friendly projects.
Streets & Roads: 8–12 meters (standard visibility).
Parking Lots: 6–10 meters (wide coverage).
Highways & High-Mast Lighting: 15–30+ meters (long-distance illumination).
Decorative & Pathways: 3–6 meters (aesthetic lighting).
