RAPALA SC Series Sunglasses RSG-SC86RGE Shiny Black/Rose Gold Mirror

Experience the perfect blend of style and functionality with our advanced polarized sunglasses. Designed for both the fashion-forward urbanite and the outdoor enthusiast, these sunglasses offer not only a chic aesthetic with their shiny black frames and rose gold mirrored lenses but also superior visual performance in any environment.

• Frame and Lens Colors: The elegant shiny black frame complemented by the eye-catching rose gold mirrored lenses ensures you stand out while benefiting from significant glare reduction.
• High-Quality Polarized Lenses: Engineered to diminish glare, these lenses enhance visual clarity in luminous conditions, making them indispensable for both aquatic sports and everyday use.
• Visible Light Transmission: With a 20% transmission rate, these sunglasses provide an optimal balance of light filtration and clarity, offering comfort and enhanced visibility across various lighting scenarios.

• Versatile Design: Crafted to be the perfect accessory for vigorous water sports and leisurely daily activities alike, these sunglasses adapt seamlessly to both high-energy and casual settings.
• Included Accessories: Every pair comes with a semi-hard case and a lens cloth, adding value and convenience while ensuring your sunglasses stay in top condition.

• Optimal for Outdoor Activities: Particularly effective for fishing, boating, and other activities where water reflection can interfere with vision, enhancing your outdoor experience.
• Fashionable Daily Wear: With their stylish design, these sunglasses are also ideal for daily activities like walking, driving, or enjoying the outdoors, providing comfort and protection from eye strain.

• Durability and Comfort: Constructed from premium materials, these sunglasses are built for longevity and are comfortable for all-day wear.
• Eye Safety: Besides improving visual clarity, the polarized lenses offer crucial protection against harmful UV rays, safeguarding your eyes during extended exposure to sunlight.