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Showing posts from September, 2021

Are Ceiling LED Lights Beneficial For Commercial Spaces?

  Lighting experts are huge fans of LED lighting, especially in commercial spaces. And why wouldn’t they be? After all, LED Lights are not only dependable, bright, and uniform but are also cost-effective and energy-efficient. They are sleek in design and are capable of seamlessly blending into the ceiling tiles. However, at times they are also put up to hang from the ceiling using ceiling attachment which creates a panel look of floating lights.  Therefore, when it comes to lighting commercial spaces, LED lights are always preferred over other types of lights as they enhance the interiors of the space and creates a formal yet perfect environment for both employees and visitors.  So, How is LED Lighting Beneficial For Commercial Spaces?  Well, we already know that LED lights save energy, last longer, and moreover creates the perfect amount of uniform illumination. Apart from these, here are some more advantages of using LED Lights in commercial spaces.  Superior Light Quality  LED ligh

Understanding How To Check Non-Wicking Characteristics for Wires and Cables

We as laymen all understand how essential it is to prevent moisture from coming in contact with fiber optics. Cable and rope wire manufacturers understand this all the more and hence execute water wicking tests of the yarn and thread during the process of manufacturing the same. This helps to analyze the wicking characteristic of the product so that it is not only time-saving but also cost-effective in the long run.  What is wicking?  Wicking of cables and rope wires refers to the exposure of the yarn or fibers to moisture and how it possesses the propensity to absorb liquids into each of the strands through capillary action.  So, what is the wicking test and how does it help?  When a copper wire is exposed to water, it deteriorates its performance and functionality. It not only reduces the signal but also emanates light waves along with producing impurities further resulting in oxidation. Moreover, the continuous contact with moisture withholds the moisture internally- in the antenna