01
FACTORY
The total area of workshop is 3,000 square meters, with Mold Workshop, Assembling Workshop, Sprayed workshop. Professional

Solar and LED Commercial Lighting manufacturer & supplier in China

which offer type of Commercial Lighting solution. Production and operation of industrial and mining, floodlights (floodlights), tunnels, tennis courts, buried, underwater, roads, commercial and other lighting lamps.
02
R&D
We value investment in R&D and focus on technological innovation and upgrading every lighting products for your idea lighting project.
03
Efficiency
Always focus on the requirements of customers and keep improving customer experience. We have passed CE, ROHS, ERP, SAA certification. Industrial lighting around the world.
04
customer-oriented
Advanced machinery and equipment to produce high quality Commercial Light products.
NEWS EXHIBITION
Provide you with the latest corporate and industry news
25
Jul
How does the packaging technology of SMD chips in column lights improve lighting efficiency and optimize light distribution?
Innovation of packaging technology: a leap in light efficiencyThe packaging technology of SMD chips is the key to achieving a leap in light efficiency improvement. Traditional packaging methods are often limited by factors such as materials and processes, and it is difficult to fully release the light energy potential of LED chips in a limited space. The packaging technology of modern SMD chips greatly reduces the loss of light during transmission by adopting high-transmittance packaging materials, precise packaging processes and optimized packaging structure design, thereby achieving a significant improvement in light efficiency. The packaging materials of SMD chips are mostly high-quality materials with high transmittance and low light absorption characteristics, such as high-purity silicone or epoxy resin. These materials can not only effectively protect the chip from erosion by the external environment, but also ensure that the light is not hindered during transmission, and maximize the retention of the light energy emitted by the LED chip. At the same time, precise control of the packaging process is also crucial. Through precise packaging size, reasonable packaging thickness and scientific packaging process, the transmission efficiency of light between the chip and the packaging material is ensured to be optimal. Optimization of light distribution: Upgrade of visual experienceIn addition to the improvement of light efficiency, the packaging technology of SMD chips also shows extraordinary ability in optimizing light distribution. Traditional lighting equipment often has problems such as uneven light distribution and severe glare, which seriously affects the user's visual experience. The column lights using SMD chips achieve uniform and soft light distribution through their unique packaging structure design. During the packaging process, engineers will carefully design the packaging structure of SMD chips according to different application scenarios and needs. By adjusting the refractive index of the packaging material, changing the packaging shape, and optimizing the reflective structure inside the package, the light can be evenly distributed in the predetermined direction after being emitted, avoiding the generation of glare and light spots. At the same time, this optimized light distribution can also better adapt to the visual habits of the human eye, bringing users a more comfortable and natural lighting experience. Excellent performance in practical applicationsIn practical applications, column lights using SMD chips have shown excellent performance and broad application prospects. Whether it is the lighting of urban roads, the decoration of park scenic spots or the lighting project of commercial blocks, these column lights can add a unique charm to the city night scene with their efficient light efficiency and optimized light distribution. In urban road lighting, the column lights of SMD chips provide a good lighting environment for driving and pedestrians with their high brightness and low energy consumption. At the same time, their uniform and soft light distribution also effectively reduces the occurrence of glare and light pollution, and improves the safety of road traffic. In places such as parks and commercial blocks, the column lights of SMD chips have become one of the highlights that attract tourists with their unique shape and diverse light effects.
18
Jul
In what specific aspects is the weather resistance of the PC lampshade of the wall lamp reflected?
1. PC lampshade: harmonious coexistence of technology and naturePolycarbonate, as a high-performance engineering plastic, has shown wide application potential in many fields with its unique physical and chemical properties since its advent. In the field of wall lamps, PC materials are carefully made into lampshades, which not only add a sense of modernity and technology to lamps, but also show extraordinary strength in weather resistance. PC lampshades effectively resist the invasion of various adverse factors in nature through their special molecular structure, providing a long-lasting and stable solution for home lighting. 2. Resist ultraviolet rays: protect the purity and brightness of lightUltraviolet rays are an important component of sunlight, but they are also the culprit that causes many materials to age and fade. For traditional lampshade materials, long-term exposure to ultraviolet rays often leads to a decline in their performance and even affects the overall appearance of the lamp. However, PC lampshades have successfully resisted this challenge with their excellent anti-ultraviolet performance. The special additives in PC materials can effectively absorb and disperse ultraviolet rays, reduce their damage to materials, ensure that the lampshade remains bright and transparent for a long time, and bring pure and bright light to the home environment. 3. Adapt to changing climates: show stable performance and appearanceIn addition to ultraviolet rays, climate diversity is also an important factor in testing the weather resistance of lampshades. Whether it is hot summer or cold winter, PC lampshades can cope with it with its stable performance. In high temperature environments, PC materials are not easy to deform or melt; in low temperature conditions, it can also maintain good toughness and strength. This strong adaptability makes PC lampshades an ideal choice for home lighting in various climates. 4. Resist moisture and corrosion: protect the safety and comfort of the homeMoisture and corrosion are inevitable problems in many home environments. For lampshades, once they are attacked by these factors, it will not only affect their aesthetics, but may also cause safety hazards. However, PC lampshades effectively resist the threat of moisture and corrosion with their excellent water resistance and corrosion resistance. Even when used in environments with high humidity such as bathrooms and kitchens, PC lampshades can maintain their original performance and appearance, bringing a safe and comfortable lighting experience to the home. 5. Durable: Reduce replacement and maintenance costsDurability is one of the important indicators for measuring the quality of lampshades. PC lampshades significantly extend the service life of wall lamps with their excellent weather resistance and stable performance. Compared with traditional materials, PC lampshades are not easy to age, fade or deform, reducing the cost and time consumption of lampshade replacement. At the same time, the PC material surface is smooth and not easy to adhere to dust and dirt, making cleaning and maintenance easier and faster. This long-lasting and durable feature not only saves consumers money and trouble, but also brings a more convenient and efficient solution to home lighting.
11
Jul
Does a high column light efficiency ratio mean better lighting quality?
When discussing the relationship between the light efficiency ratio of column lights and lighting quality, it is not difficult to find that although the two are closely related, they are not simply equivalent. Light efficiency ratio, as a key indicator to measure the energy efficiency of lamps, directly reflects the luminous flux, that is, the number of lumens, that can be generated by the lamp for every watt of electrical energy consumed. Lighting quality is a broader and multi-dimensional concept, which covers many aspects such as light brightness, uniformity, color reproduction, glare control, and visual comfort. A high light efficiency ratio does mean that the lamp can output more luminous flux under the same power consumption, thereby providing a brighter lighting environment. This is undoubtedly a great advantage for places that require high-brightness lighting, such as factory workshops, stadiums, etc. However, the quality of lighting does not only depend on the brightness of the light. Imagine that a lamp with a very high light efficiency ratio, if its light distribution is extremely uneven, resulting in a strong contrast between light and dark in the lighting area, or poor color reproduction, causing the color of the object to be distorted, then such lighting quality is obviously unsatisfactory. Similarly, if glare control is not fully considered when designing lamps, the human eye will be exposed to high-brightness direct light for a long time, which will not only reduce visual comfort, but may also cause damage to vision. Therefore, although high light efficiency ratio is an important manifestation of outstanding energy efficiency of lamps, it cannot be directly equated with improved lighting quality. High-quality lighting design requires comprehensive consideration of multiple factors, including the light efficiency ratio, light distribution, color reproduction ability, glare control and harmony with the environment of lamps. Only in this way can we create a bright, comfortable, beautiful and practical lighting environment for users without wasting energy. In practical applications, we should choose the appropriate lamp type and configuration scheme according to specific lighting needs and scene characteristics. At the same time, we can also further improve the lighting quality and meet people's pursuit of a better living environment by adopting advanced lighting technologies and design concepts, such as intelligent dimming, dynamic lighting, color adjustment, etc.
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