Iconic Classic Sunglasses for Children | Toddler Preschool Grade-school Boys and Girls Best for Kids Age 2-10 Years

Iconic Classic Sunglasses for Children | Toddler Preschool Grade-school Boys and Girls Best for Kids Age 2-10 Years

• Original manufacturer packaging (Retro Rewind Box & Pouch)
• Comfortable Classic Cool
• Best Fit for Children Age 2-10 Years
• UV400 standard - 100% UV Protection
• Sunglasses measurements: Full Width - 130 mm (5.1"), Full Height - 44 mm (1.75"), Lens Width - 47 mm (1.85")

Let children experience what it is like to have high quality and fashionable eyewear with these Kids Retro Rewind sunglasses. Made to fit their little faces flawlessly, this style features the popular retro design with smoked lenses. Cute and adorable! Sunglasses come in original manufacturer packaging and include logo pouch that can be used for sunglass storage and cleaning. Best fit for Boys and Girls Ages 2-10 Years. <br><br> Polarized or Non-Polarized Lenses? Not sure which lens is best for you? Did you know that Non-Polarized Sunglasses have notable advantages over Sunglasses with Polarized Lenses? <br><br> No Interference Non-Polarized Lenses: These sunglasses feature a Non-Polarized Lens. Polarized Lenses may reduce visibility on LCD Screens, such as computers, cell phones, tablets, ATMs and Tinted Car Windows. If you ever owned polarized sunglasses, you may recall the black screen/black lines effect while looking at an LCD or through a window. This can be especially uncomfortable when driving. Non-Polarized Lenses provide same level of eye protection (UV400) while maintaining an excellent level of visibility with no interferences on any LCD screen or through windows of an automobile. <br><br> Better Impact-Resistance: Due to lens construction and manufacturing costs, non-polarized lenses are generally thicker and use firmer materials than polarized lenses. This allows non-polarized lenses to safely withstand greater impact forces compared to most polarized lenses (in similar price segment), giving it an edge over thinner and softer polarized lenses.