Maui Jim Lele Kawa

811-11D

Maui Jim Lele Kawa

811-11D

Frame Color
Lens Color
Regular price$ 279.00
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  • AUTHORIZED DEALER

Description

The Maui Jim Lele Kawa sunglasses offer a modern blend of style and functionality, perfect for those seeking a durable and lightweight option. These polarized sunglasses are designed to withstand the test of time, making them ideal for both casual and active lifestyles.

Key Features

  • Frame Material: Carbon Fiber
  • Lens Material: SuperThin Glass
  • Lens Technology: PolarizedPlus2® with 100% UV400 protection
  • Lens Width: 58 mm
  • Bridge Width: 18 mm
  • Temple Length: 145 mm
  • Fit: Suitable for various face shapes
  • Style: Square
  • Gender: Unisex

Design and Comfort

The Lele Kawa sunglasses feature a revolutionary carbon fiber frame that is both durable and lightweight. The carbon fiber nose pad and adjustable rubber-coated temple tips ensure a secure and comfortable fit. The SuperThin Glass lenses provide exceptional clarity and are 20% to 32% thinner and lighter than standard glass, offering excellent scratch and shatter resistance.

Branding and Aesthetics

These sunglasses highlight Maui Jim's commitment to quality and advanced lens technology. The sleek, square design and modern finish make the Lele Kawa a versatile accessory suitable for any occasion.

Additional Information

The Maui Jim Lele Kawa sunglasses are perfect for those seeking a combination of high-performance sun protection and stylish design. They provide superior protection against glare and UV rays, making them an excellent choice for everyday wear and outdoor activities​

Understanding
POLARIZED SUNGLASSES

Polarized lenses are designed to reduce glare from reflective surfaces such as water, snow, and pavement. The lenses contain a special filter that blocks horizontal light waves, which are the primary cause of glare. This results in clearer vision, better contrast, and reduced eye strain. Polarized lenses are particularly useful for outdoor activities such as fishing, boating, and skiing, where glare can be a significant problem.


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