Balenciaga BB0262SA Sunglasses
Frame Description
Introducing the Balenciaga BB0262SA sunglasses, a bold and stylish accessory from the infamous Parisian brand renowned for its luxury and contemporary designs. These sunglasses feature a square shape crafted from high-quality acetate, offering a distinctive and statement-making look.
Lens Information
- Lens Width: 56 mm
- Lens Height: 43 mm
- Bridge Width: 17 mm
- Arm Length: 145 mm
The lenses provide excellent visual clarity and protection, ensuring your eyes are shielded from harmful UV rays while maintaining superior style.
Product Measurements
- Lens Width: 56 mm
- Lens Height: 43 mm
- Bridge Width: 17 mm
- Temple Length: 145 mm
These measurements ensure a balanced and comfortable fit, providing both style and practicality for all-day wear.
Brand Description
Balenciaga, the infamous Parisian brand, is known for its luxury and contemporary styles. Constantly pushing boundaries and norms, Balenciaga has become well known among those who dare to be different and bold. With its eccentric design and high-quality craftsmanship, Balenciaga is the perfect accompaniment for anyone looking to make a statement.
Elevate your style with the impeccable design and exceptional quality of Balenciaga BB0262SA sunglasses. Whether you’re attending a high-profile event or enjoying a sunny day, these sunglasses offer the perfect blend of elegance and functionality. Embrace the innovative spirit of Balenciaga and make a statement with these stunning shades.
Made in Italy
Experience the pinnacle of craftsmanship and design with these sunglasses, proudly made in Italy.
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.
