Explore our primary array of architectural outdoor and smart municipal lighting units configured to withstand corrosive environments and reduce carbon footprints.
The modernization of urban layouts requires high-efficiency illumination options that minimize grid dependency. Municipal governments, port operators, and highway commissions worldwide are transitioning to intelligent light poles that support IoT sensor deployment, adaptive dimming systems, and long-lasting optical components.
Contemporary lighting operations must function in unpredictable settings. Systems must endure ocean breezes, hot dry weather, and continuous vibrations. This demands strict engineering processes. High-quality die-cast aluminum alloy housings and protective electrostatic coatings prevent early failure, ensuring consistent operation for 100,000+ service hours.
Established in 2003, we supply high-performance, certified outdoor lighting devices to global municipal networks.
Operating within Ningbo, China offers significant supply chain advantages. Our close proximity to the Ningbo Port—one of the world's busiest container gateways—simplifies maritime logistics, reduces transit times, and cuts transport costs for international freight forwarders.
By integrating regional die-casting services, quick prototype tooling, and nearby component suppliers, our factory handles design modifications, high-volume production, and testing processes quickly.
Our in-house capabilities include 1000T, 700T, and 300T high-pressure die-casting systems, fully automated electrostatic spray systems, three clean assembly lines, and dual burn-in aging lines. This machinery ensures we deliver consistent quality for every project, from custom runs to large-scale municipal bids.
We collaborate with talented Italian industrial lighting designers to ensure our urban fixtures deliver optimal photometrics and look great in any setting. This blend of European design aesthetics and China's lean manufacturing allows us to deliver high-quality, cost-effective products to the global market.
Whether designing heritage-style decorative poles for historical districts or modern, low-profile streetlights for smart highway networks, our design team ensures each fixture balances visual appeal with thermal efficiency and durability.
Every product batch undergoes testing in our facility, ensuring compliance with global electrical and mechanical safety standards.
| Evaluation Subsystem | Test Parameters & Methods | Compliance Benefit |
|---|---|---|
| Spectroradiometer Testing | Analysis of luminous flux, CCT, CRI, and color consistency. | Ensures stable light quality and strict adherence to project specifications. |
| IP66 Waterproof & Dust Test | High-pressure water jet spraying and dust ingress testing. | Prevents moisture collection in humid, coastal, or rainy environments. |
| IK08 - IK10 Impact Resistance | Controlled drop hammer impact testing on lenses and casings. | Protects against vandalism, falling debris, and intense wind forces. |
| Chamber for Salt Spray Testing | Corrosive saline fog exposure tests (up to 1,000 hours). | Guarantees finish durability in salty, coastal marine environments. |
| Thermal & Load Aging Facility | Continuous multi-hour operation under maximum temperature limits. | Prevents driver failures and early LED degradation. |
| EMC Performance Testing | Measurement of electromagnetic interference and surge protection. | Ensures reliable operation near power grids and heavy electrical machinery. |
Watch our production facility, clean assembly lines, and rigorous product testing in action.
Modern lighting must adapt to the unique needs of different locations. Industrial districts need high-intensity, low-glare lights to keep operators safe during night shifts. Meanwhile, parks and walkways require warm, gentle illumination that doesn't disrupt local wildlife.
Austar designs street and garden lights with customizable optics (Type I, Type II, Type III, Type IV, and Type V distributions). This ensures light is focused precisely where it's needed, preventing light spill and reducing overall energy waste.
Our products also feature optional NEMA or Zhaga receptacles. This makes it easy to integrate photocells and wireless nodes for smart-city systems, allowing cities to implement scheduled dimming and automatic fault reporting.
Find quick answers to common questions about our products, production capacity, custom services, and shipping logistics.
Traditional designs updated with energy-efficient LED modules, built for historical restorations and classic urban layouts.
Discover our robust lighting designs, built for international projects and municipal upgrades.
Get in touch with our engineering team for technical datasheets, photometrics, pricing updates, or customized project support. We provide detailed quotes within 24 hours.
Austar
