Engineered to deliver optimal photometrics, extreme durability, and maximum thermal efficiency. Select from our core range of high-performance architectural and street lighting luminaires.
Structural lighting columns and outdoor luminaires deployed in municipal landscapes are constantly exposed to complex mechanical stressors, humidity, UV radiation, and atmospheric pollutants. In coastal regions, the presence of marine chlorides elevates the risk of severe localized corrosion. As a premier galvanizing lighting supplier, Austar Lighting implements an advanced Hot-Dip Galvanizing (HDG) metallurgical process compliant with ISO 1461 and ASTM A123 standards.
Unlike standard electroplating or zinc spray applications, hot-dip galvanizing produces an alloyed interface characterized by multiple distinct intermetallic zinc-iron layers (Gamma, Delta, and Zeta phases), capped with a pure Eta zinc outer coating. This structure delivers superior mechanical durability with a minimum surface hardness of 250 DPN. The metallurgical bond ensures physical protection, while the zinc acts as a sacrificial anode, continuously shielding the structural steel substrate from oxygen and moisture even if the outer layer is scratched or chipped.
"Our advanced hot-dip galvanizing parameters guarantee a zinc coating thickness exceeding 85 microns, yielding a service lifespan in excess of 50 years under standard C3 industrial environments without requiring surface maintenance."
For municipal asset managers and electrical engineering contractors, evaluating lifetime value requires examining quantitative degradation metrics. The table below outlines how hot-dip galvanized steel columns compare against alternative treatments in harsh environmental classifications defined by ISO 12944.
| Parameters / Coating Type | Hot-Dip Galvanizing (Austar Standard) | Electro-Galvanized + Powder Coating | Liquid Primer + Epoxy Coating |
|---|---|---|---|
| Metallurgical Bond Strength | Extremely High (> 3,600 psi) | Moderate to Low | Low (Mechanical Adhesion only) |
| Corrosion Resistance (Salt Spray Test) | Passes > 1,000 Hours (ISO 9227) | Typically fails around 480 Hours | Typically fails under 360 Hours |
| Edge Protection & Corner Coverage | 100% Uniform Coating Thickness | Thin edges, susceptible to run-off | Thin edges, prone to early degradation |
| Sacrificial Cathodic Protection | Yes (Protects exposed structural steel) | No (Corrosion creeps under surface) | No (Moisture causes rapid rust pockets) |
| Lifecycle Duration (C4 Marine) | 30 - 45 Years | 5 - 10 Years | 3 - 7 Years |
Austar Lighting Co., Ltd. is recognized as one of the most developed and innovative manufacturers in Ningbo, China. Established in 2003, our facility occupies a 10,000 m² state-of-the-art production area, supported by a skilled workforce of over 100 dedicated employees. We specialize exclusively in the design, engineering, and manufacturing of professional LED Street lighting, outdoor garden lighting, and commercial structural poles. Our annual production capacity has surpassed 150,000 units, proving our capability to supply major infrastructure projects globally.
By establishing long-term strategic collaborations with leading Italian lighting designers, we maintain a cutting-edge aesthetic and technological awareness. Our products are exported to 55 countries and regions across Europe, the Americas, the Middle East, and the Asia-Pacific. To ensure that every luminaire delivered meets your high quality and safety expectations, we utilize advanced laboratory and inspection equipment. This includes high-precision photoelectricity integrating sphere systems, electric current testing apparatus, salt spray test chambers, EMC testing facilities, and dedicated LED driver-load aging systems.
All Austar products carry ENEC, CB, CE, and LVD certifications. Operating under a rigorous quality control framework certified to ISO9001 and ISO14001 standards, we welcome demanding OEM and ODM requests.
Austar's manufacturing advantage lies in our comprehensive, vertically integrated facility in Ningbo. Unlike factories that rely heavily on third-party casting, we maintain full control over the primary metal forming processes. This is supported by our high-pressure die-casting shop, equipped with 1000T, 700T, and 300T die-casting machinery. This allows us to manufacture complex heat sinks, light housing structures, and high-strength mounting brackets in-house, ensuring zero structural porosity and consistent wall thicknesses.
Following die casting, elements are routed through our fully automatic electrostatic powder spray line. Here, components receive a secondary protective layer using marine-grade polyester powders (such as AkzoNobel or Tiger coatings). This combined treatment provides exceptional protection against corrosion, scratching, and severe weathering.
With 3 structural assembly lines and 2 automated LED aging lines, we ensure that every driver and LED module runs at full capacity during a 24-hour test phase to eliminate premature infant mortality failures before packaging.
Providing specialized architectural and street lighting systems across diverse urban, commercial, and industrial landscapes.
Integration of standard NEMA 7-pin and Zhaga Book 18 receptacles. Our structures support smart nodes, photocells, dynamic dimming protocols, and environmental monitoring sensors, forming the backbone of future IoT-connected cities.
Specifically engineered for coastal and high-humidity environments. By combining hot-dip galvanizing with C5-M compliant powder coatings, we prevent salt-spray degradation and crevice corrosion, extending the lifecycle of marine and port lighting.
Classic styling that meets modern engineering requirements. From classic Fernandino designs to traditional villa luminaires, we preserve local architectural heritage while integrating high-efficiency LED modules and optics.
Innovating at the intersection of material science and digital technology to provide long-lasting and efficient urban lighting.
We are optimizing our galvanization lines to utilize lead-free zinc alloys and low-emission fluxing agents. This helps minimize environmental impact during production while maintaining structural protection standards.
By leveraging computational fluid dynamics (CFD) and optical simulation tools, we are developing modular lens configurations. This enables customized light distribution to reduce glare and eliminate upward light spillage.
Our upcoming product lines will feature integrated solar-wind hybrid charging options, designed directly onto galvanized steel shafts. This provides a self-sustaining off-grid option for remote highways and eco-parks.
Importing large-scale electrical infrastructure components requires strict adherence to destination standards. Austar has designed its certification portfolio to simplify regional compliance checks:
Our logistical proximity to the Ningbo Port and Shanghai Port (supported by Ningbo and Hangzhou international airports) enables reliable and efficient sea and air shipping. This allows us to offer shorter shipping lead times and more competitive freight rates.
Watch our manufacturing processes in action, from raw material selection and die-casting to hot-dip galvanization and optical testing.
Detailed information about our capabilities, processes, and service terms.
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