Technical aspects of Mirror

Technical Aspects to look for in a Mirror

While you often hear about the superior quality of mirrors based on their external features, having some knowledge about the technical aspects of mirror is equally important. Without knowing every inner detail about your new LED Mirror, ensuring its quality becomes a challenge. So, what defines a good, high-quality mirror? Let’s explore the technical factors together! Substrate Material The substrate material in the context of mirrors refers to the base or foundation on which the reflective coating is applied. It is the material that forms the body or backing of the mirror. The most common substrate materials for mirrors include glass and acrylic. The choice of substrate material has implications for the mirror’s overall quality, durability, reflective properties, and weight. Users select different substrate materials based on factors like the mirror’s intended use and aesthetic preferences, as they offer varying levels of performance. Copper Free Mirror Durability is an essential consideration when selecting mirrors. In mirrors, the reflective layer is typically made of silver or aluminum. In the case of copper-free mirrors, only silver is used as the reflective layer. Many mirrors contain a copper sulfate coating for cost-effective production, which increases their susceptibility to corrosion and, therefore, results in a shorter lifespan for the mirror. While the external appearance of the mirror may seem of high quality, don’t overlook the reflective coating used in the mirror. Ensure the mirror you choose is copper-free, indicating the exclusion of copper in its reflective layer. Copper Free Mirrors are a reliable choice, as they not only eliminate the risk of corrosion but also provide protection against moisture and chemical damage. Moreover, they ensure durability, uncompromising reflection, and quality, making them an excellent choice to illuminate your space for years to come. Thickness of Mirror The thickness of a mirror is a critical factor influencing its durability, reflective quality, and overall aesthetics. The standard glass mirror thickness is contingent on its width: In summary, the ideal thickness falls between 5mm-6mm, depending on specific requirements. It’s noteworthy that standard thickness may vary among manufacturers, with some opting for thicker mirrors to enhance durability and others offering thinner options for aesthetic considerations. It is also advisable to look at the mirror’s reflection from all angles to check for warping since thin mirrors are more prone to warping. Edge of the mirror Poorly made mirrors often reveal their quality through noticeable flaws in the edges. The attention to detail in the finishing of the mirror’s edges can be an indicator of the overall quality of the mirror. Reputable manufacturers ensure that the edges are smooth and evenly finished because a well-finished edge is less susceptible to chipping or damage over time. So, next time you’re in the market for an LED mirror, make sure to consider all the technical aspects of mirror along with physical features. At Bimba, we pride ourselves on delivering high-quality mirrors that meet the highest standards of craftsmanship and consider all the technical aspects of mirror. Browse our collection here to find your perfect match. For all your glass and mirror needs, connect with us through our social media channels or reach out via WhatsApp or Viber at 9851111675. Visit our showroom at Minbhawan Marg, New Baneshwor, to experience our range firsthand.

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