Freezers are crucial pieces of equipment for keeping and showcasing goods, and their illumination has a direct impact on both the operational expenses of businesses and the purchasing decisions of customers. Nevertheless, the current LED lights on the market frequently have numerous application issues, making it challenging to satisfy the real demand for commercial refrigerator lighting. Currently, a lot of refrigerators still employ T8 LED tubes. These lamps can be brilliant, but they lack polarization technology, which causes the following to occur:
1. Uneven lighting and darkness, particularly between the two lights in the center of the area, have an impact on product display.
2. What is more significant is that the invalid light is excessive, causing the genuine light effect to be greatly reduced.
We frequently witness this scene: some refrigerator sides are extremely bright, but the product surface lights are greatly subdued. This is due to a large amount of available light not reaching the items accurately and being wasted where it is unnecessary. Some firms do not understand the situation, and in order to achieve the desired lighting effect, they must raise the wattage of the lamps, which will definitely increase running costs.
What effect do retailers want lamps to achieve in practical application scenarios?
First and foremost, the product surface lighting should be uniform to provide customers with a comfortable shopping environment.
Secondly, for no or little need of light, the light should be appropriately reduced to reduce invalid light production and improve light efficiency.
Finally, the luminaire’s power should be low to reduce energy consumption and simplify operational costs.
At the same time, given the refrigerator’s unique environment, the luminaire must meet waterproofing standards in order to extend service life, and lamp and lantern replacement and installation must be easy and safe.
The most popular lighting for a commercial refrigerator
However, the reality is that there is a significant disparity between lighting suppliers’ actual demands and market businesses. Laidishine company keenly absorbed this market pain point, conducted in-depth market research based on the actual application scenario of consumers, put a lot of work into research and development, and ultimately launched the SPU refrigerator special lamp.
The SPU luminaire runs at a safe voltage of DC24V and has a constant current chip for constant current design. This design significantly lowers light decay, allowing businesses to offer more consistent and reliable lighting solutions.
To meet the special requirements of refrigerator lighting, SPU lamps are carefully designed based on the lighting requirements of various refrigerators, and the polarized lens will focus the light on the required area to a greater extent, allowing the commodity surface to receive uniform and sufficient light, effectively reducing the generation of invalid light.
In terms of material and technique, SPU lamps use a revolutionary two-color extrusion method using PC material to integrate the lens and shell. This design not only improves the lamp’s waterproof performance, achieving the IP65 waterproof rating, but it also improves the lamp’s temperature resistance, anti-deformation, and anti-corrosion ability, allowing it to cope with the difficult environment inside the freezer.
In terms of installation, the SPU lamp includes a bracket that may be secured with screws or magnets. It is easy and safe to install. It’s fine; its tiny body and beautiful appearance make it appropriate for a range of cabinets.
Furthermore, the SPU light has excellent indication properties, which can optimize the real color of the items, allowing consumers to experience their quality and charm more intuitively.
After thorough market verification, SPU lamps and lanterns, with their great performance and innovative technology, received the merchants’ affection and acclaim, causing a market boom. Although there are several polarization technology lights and lanterns on the market today, the quality varies.
Refrigerated display light—SPU stands out
We compared typical refrigerator bulbs to SPU series lamps, and the results showed that SPU series lamps had higher luminous efficiency. Not only is it brighter, but the light is more consistent, with nearly no black spots. However, the contrast in light and shade between other brands of lamps and lanterns is significant, with a visible dark area. The key to this disparity is the amount of lens technology. Lens technology plays a significant role in beam control, luminous efficiency improvement, uniformity improvement, and application scene adaptation of LED lamps. These differences directly impact the performance of LED lights in various settings.
One of the top 10 LED light manufacturers in China
Building on Germany’s advanced optical technology as its cornerstone, Laidishine has delved deep into optical technology, structural technology, and electronic technology. Through decades of accumulation, it has achieved a transition from technological absorption to reverse output.
In the sector of refrigerator illumination, classic LED lamps have failed to match the demands of modern commerce. With its advanced technology and great performance, the SPU series refrigerator special lamp has introduced a new option for refrigerator illumination, allowing businesses to stand out in a competitive market.
