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In the Field of Industrial Lighting In the field of industrial lighting, LED lamps, with their significant advantages of high efficiency, energy saving, environmental protection and sustainability, are gradually replacing traditional lighting methods and becoming the mainstream choice for various industrial environments. The light-transmitting component, regarded as the “soul window” of an LED lamp, not only undertakes the important task of accurately distributing light to the required area but also perfectly combines the aesthetics and practicality of the lamp. This article will conduct an in-depth analysis of two mainstream light-transmitting materials used in industrial LED lighting fixtures—PC (Polycarbonate) and tempered glass. It will elaborate on their characteristics, advantages, and limitations in detail, aiming to provide readers with a comprehensive selection guide. This guide will help you accurately select the most suitable lighting solution for your needs in the complex and diverse lamp market. PC Material: Lightweight, Impact-Resistant, and Flexible in Processing PC (Polycarbonate) is a type of thermoplastic polymer that is widely used in industrial LED lighting fixtures due to its unique properties. The main characteristics of PC light-transmitting components include: Flexible Processing & Limitations of PC Material Flexible Processing: PC material has excellent plasticity and can be easily processed

In industrial environments, lighting is more than just providing brightness; it is directly related to production efficiency, work safety, and employees’ visual comfort. However, in practical applications, we often find that even lighting fixtures with the same power can vary significantly in terms of brightness perception. Behind this phenomenon, it not only involves differences in the performance of the fixtures themselves but also is closely related to the special needs of industrial lighting. This article will delve into the reasons for the brightness differences among industrial lighting fixtures with the same power and recommend LED lighting fixtures as the preferred solution for industrial lighting. I. Analysis of Brightness Differences Among Industrial Lighting Fixtures with the Same Power II. LED Lighting Fixtures as the Preferred Choice in Industrial Lighting Based on the above analysis, LED lighting fixtures, with their excellent performance and adaptability, have become the preferred solution for industrial lighting. The following are the major advantages of LED lighting fixtures in industrial lighting: The reasons for the brightness differences among industrial lighting fixtures with the same power are various, and LED lighting fixtures, with their significant advantages such as high efficiency and energy saving, high light quality, strong adaptability, and

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For street light projects, including renovation projects of street lights on urban main roads, industrial parks, towns, viaducts, etc., how should engineering contractors, enterprises, and owners choose the wattage of street lights? Generally speaking, when purchasing street lights from street light manufacturers, professional technical personnel will design street light renovation plans for you. The technical personnel and salesmen of our street light factory have rich experience in street light engineering applications. The following methods are for reference only:The test road is 15 meters wide, with street lights 10 meters high. The 1-meter section on the lamp arm has an elevation angle of 10 degrees, and the street lights are tested on a single side. The test area is 15m×30m. Considering that narrow roads have lower requirements for the horizontal light distribution of street lights, data for the application area of 12m×30m is also provided for reference and selection in roads of different widths.The data presented are the average values of three measurements. Light decay is calculated based on the results of the first and third measurements, with a time span of 100 days during which the lights were turned on and off normally every day.LEDs are small in size and

With the increasing demand for both energy conservation and efficiency in the industrial lighting sector, LED lamps, leveraging their advantages such as high efficiency, long lifespan, and environmental friendliness, have gradually become the mainstream lighting solution for industrial scenarios like factories, warehouses, and logistics centers. However, the industrial lighting environment is complex, and different areas have significantly different requirements for light intensity, coverage range, and usage duration. Directly applying general standards can easily lead to resource waste or insufficient lighting. The following provides a systematic guide for selecting the power of LED lamps for industrial lighting based on actual needs. 1. Clarify the lighting demand positioning of industrial scenarios Industrial lighting needs to be based on the 细分需求 (subdivided needs) of space functions: 2. Quantitatively evaluate the lighting area and space structure Obtain key parameters through 3D modeling or on-site surveying and mapping: 3. Dynamically match lighting duration and energy consumption thresholds Establish an energy consumption-benefit analysis model: 4. Construct a full-life-cycle cost evaluation system Comprehensively consider initial investment and operation and maintenance costs: 5. Strictly control lighting quality and safety standards Comply with special specifications for industrial lighting: 6. Implement phased verification and optimization Establish a closed-loop for lighting

In automotive repair, good lighting directly affects work efficiency and operational safety. Headlamps, magnetic lights, and work lights are three mainstream solutions, each with its own applicable scenarios, advantages, and disadvantages. Here is a detailed comparison and purchasing suggestions: I. Core Requirement Analysis II. Horizontal Comparison of Three Lighting Tools Disadvantages: Key parameters: Suitable scenarios: Disadvantages: Key parameters: Suitable scenarios: Disadvantages: Key parameters: Suitable scenarios: III. Pitfall Avoidance Guide Solutions for special needs: VI. Maintenance Tips Flexible matching according to work scenarios can improve maintenance efficiency by more than 30%. It is recommended to prioritize the combination of headlamp + magnetic light, and supplement with work lights as needed.

LED explosion-proof lights are a type of explosion-proof lighting. They are currently the most energy-efficient explosion-proof lamps and are widely used in places such as petrochemical industry, coal mines, power plants, and gas stations. LED explosion-proof lights have good energy-saving effects and decent brightness. Then, what affects the lifespan of LED explosion-proof lights, and how to maintain them to maximize benefits? What affects the lifespan of LED explosion-proof lights? 编辑分享

Illuminating market pain points and lighting up profit margins:Efficient solar power supply, free from the constraints of electricity:Equipped with high-conversion monocrystalline silicon solar panels, sunlight is energy! With 8-hour long-lasting battery life, it eliminates the trouble of frequent charging, making it especially suitable for the “Belt and Road” regions where power infrastructure is yet to be improved. ABS sturdy shell, fearless of outdoor challenges:Lightweight yet tough, anti-drop and wear-resistant, it easily copes with complex outdoor environments and long-distance transportation tests.Three intelligent lighting modes to meet diverse needs:The strong light dispels the darkness, the weak light provides long – lasting companionship, and the warning light is for emergency signals. One lamp with multiple uses, covering all scenarios. Two – way fast charging for more reliable emergencies:USB charging is convenient and flexible. With the innovative reverse Type – C output function, it can turn into an “emergency power bank” at critical moments to recharge your phone, doubling its value! Thoughtful details:Real – time battery level display, so you always know how much power is left; there is a practical hook on the top for hanging the lamp as you like.

In the production and operation of any factory or enterprise, lighting is an essential link, as it is crucial to employees’ work efficiency and production safety. However, because the connection between factory lighting and enterprise production safety is implicit, it is often easily overlooked by managers. Take ordinary fluorescent lamps as an example. They consist of tubes, starters, ballasts, lamp holders, etc. The cause of fire in fluorescent lamps is that the ballast, composed of an iron core and coils, consumes electricity and generates a certain amount of heat. If the ballast is poorly manufactured, has poor heat dissipation, is mismatched with the tube, or works for too long, its internal temperature will rise, damaging the insulation layer of the coils and causing inter-turn short circuits. This produces high temperatures, which can ignite the dust accumulated on the ballast and surrounding combustibles. Currently, LED explosion-proof lighting is the most widely used in factory lighting. LED explosion-proof lighting can be used in hazardous locations with flammable gases and dust, as it can prevent arcs, sparks, and high temperatures that may be generated inside the lamp from igniting flammable gases and dust in the surrounding environment. Its protection level is generally IP65