DOB with strobe 45W 90W 135W 180W street lights

In the design of street lights, the choice of 1.0mm aluminum substrate shows many advantages. Aluminum is an excellent thermal conductive material, and the 1.0mm aluminum substrate plays a key role in heat dissipation. Its excellent thermal conductivity helps to effectively transfer the generated heat from the LED chip to the surrounding environment, thereby maintaining the LED chip within a suitable operating temperature range. This design decision not only helps improve the life of the LED lighting system, but also ensures the stability of its long-term performance.

Secondly, the use of lightweight 1.0mm aluminum substrate makes the entire street light lighter. This not only brings convenience to the product installation process, but also improves operational convenience during the transportation and installation stages. This lightweight design is crucial in modern urban lighting projects, especially when factors such as installation height and manual handling are taken into account, providing practical convenience for the smooth progress of the project.

The 1.0mm aluminum substrate is economical and cost-effective while maintaining sufficient mechanical strength. This relatively thin design not only reduces the use of raw materials and manufacturing costs, but also can cope with general external forces and vibrations during product use. This design choice that balances performance and cost enables street lights to provide efficient lighting while also being more in line with the economic principles of sustainable development.

Ease of processability is another major advantage of 1.0mm aluminum substrate. Its relatively thin and malleable nature makes it easier to cut, bend and shape aluminum substrates, providing greater flexibility in the production process. This means manufacturers can more easily customize and design street lights to meet specific needs, meeting individual requirements for appearance and functionality for different projects.

Finally, the good electromagnetic shielding performance of aluminum materials provides additional guarantee for the stability of the product. This helps reduce the negative impact of electromagnetic interference on circuits and improves the stability of street lights in electrical environments. In modern urban environments, electromagnetic compatibility is increasingly important, so this feature is crucial to ensure product reliability.