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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

The full English name of IP is: Ingress Protection, which is used to measure the protection level of items against dirt, dust, liquids and other substances. IP waterproof grades are divided into IPX0, IPX1, IPX2, IPX3, IPX4, IPX5, IPX6, IPX7, IPX8 respectively. IP dust – proof grades are divided into: IP0X, IP1X, IP2X, IP3X, IP4X, IP5X, IP6X respectively. Common waterproof grades include: IP65, IPX4, IPX5, IP68, IP67. Waterproof test 1. Scope: The waterproof test includes **bit characteristic numbers from 1 to 8, that is, the protection level codes are IPX1 to IPX8.(1) IPX1Method name: Vertical dripping testPlace the sample in its normal working position on a rotating sample stage with a speed of 1r/min. The distance from the top of the sample to the dripping port is not more than 200mm.Test conditions: The water dripping amount is 10 ± 0.5 mm/min;Test duration: 10 min;(2) IPX2Method name: Dripping test with 15° inclinationMake one surface of the sample form a 15° angle with the vertical line, and the distance from the top of the sample to the dripping port is not more than 200mm. After testing one surface, change to another surface, and do this four times in total.Test conditions: The water

In lighting, especially in large-area outdoor lighting, many people tend to use LED explosion-proof floodlights and LED explosion-proof spotlights interchangeably. Even, in close-range lighting, floodlights and spotlights can be used universally. However, there are significant differences between LED explosion-proof floodlights and LED explosion-proof spotlights. Now let’s take a look at the differences between them. LED explosion-proof spotlights are also called (spotlights). Usually, the transparent parts of spotlights form an included angle, so the emitted light is relatively concentrated with a long range, and they are mainly used in concentrated lighting. Both LED explosion-proof spotlights and LED explosion-proof floodlights are widely applicable to hazardous environments, flammable and explosive places (Zone 2), installations and facilities, as well as various indoor and outdoor work lighting areas in industries such as petroleum, chemical engineering, coal, power plants, railways, iron and steel metallurgy, mining, and fire protection. An LED explosion-proof floodlight is a type of LED explosion-proof spotlight. The difference between LED explosion-proof spotlights and LED explosion-proof floodlights lies in the projection angle of the light. However, the reason why many people confuse them now is that there is no standard to distinguish them. LED explosion-proof spotlights have a relatively uniform light beam, that is,

Glare from sports court lamps is also commonly known as dazzling, glaring, or blinding. Glare hazard refers to the uncomfortable visual effect produced in the visual perception system when glare energy acts on the human eye. It includes two types: direct and indirect hazards. In the lighting of badminton and table tennis venues, the main hazard is direct glare. The manifestation of glare hazard from sports venue lamps in the lighting of badminton and table tennis venues is as follows: when athletes move in multiple angles and directions, their eyes only see the dazzling light curtain in a certain field of vision, and cannot see the flying badminton or table tennis ball (the visual target object). Mild glare hazard from sports venue lamps can cause visual discomfort, visual fatigue, and irritability; in severe cases, it can cause temporary visual disability in perceiving the visual target objects (badminton and table tennis balls). Therefore, we must pay attention to avoiding this when decorating sports venues. The quality of sports venue lighting is mainly considered from the following five aspects: 1. Badminton Hall Lighting There are usually three forms of lighting in badminton halls: natural lighting, artificial lighting, and mixed lighting that combines

In the category of lighting tools, LED high-intensity flashlights occupy an important position due to their unique advantages. This type of flashlight uses light-emitting diodes as the light source and features significant characteristics such as environmental friendliness, energy efficiency, and a long service life. With a robust structure, it is widely used in outdoor lighting scenarios and can remain intact even if accidentally dropped. However, despite its excellent durability, minor malfunctions may still occur after long-term use. When an LED high-intensity flashlight suddenly fails to light up, how can we accurately identify the problem and carry out repairs? The following will detail its maintenance and repair methods to facilitate quick troubleshooting. I. Accurately Locating the Cause of the Fault Inspection of the Switch and Circuit Connections First, unscrew the tail of the high-intensity flashlight to expose the negative pole of the battery. Then, use metal objects such as scissors or tweezers to connect the negative pole of the battery to the exposed and non-oxidized part of the flashlight body near the battery, and observe if it lights up. If there is light but the flashlight as a whole does not work, it indicates that the fault lies in the switch,

With the development of society, the high-intensity flashlight industry has increasingly higher requirements for the quality and performance of flashlights. The original plastic shells have gradually been replaced by aluminum alloy shells. Higher-end flashlight shells often use aviation-grade aluminum alloy T6061, just like Sunhighlite’s series of regular flashlights, which all adopt this material. In order to improve the wear resistance and durability of the flashlights, Sunhighlite also performs tertiary hard anodizing treatment on the surface of the flashlights. Next, let’s have a brief talk about the surface treatment process of high-intensity flashlights! It is believed that friends who are familiar with Sunhighlite flashlights must know that Sunhighlite series flashlights will undergo tertiary hard anodizing treatment on their surfaces, so the treated flashlights will have stronger corrosion resistance. In the case of ordinary anodizing treatment, the surface will turn white after multiple frictions; while after tertiary hard anodizing treatment, the flashlight has better corrosion resistance, wear resistance, insulation, etc., and a texture that ordinary anodizing is difficult to achieve. At present, aluminum alloy flashlights on the market will adopt the following two surface treatment methods: ordinary anodizing surface treatment and military-grade tertiary hard anodizing treatment. Most manufacturers tend to choose ordinary

Flashlights with different light colors have unique uses in specific situations and applications. Here are some common colors and their uses: