CELINE 53mm Gradient Geometric Cat Eye Sunglasses
CELINE
$510.00
Product Insights & Style Tips
The CELINE 53mm Gradient Geometric Cat Eye Sunglasses announce a bold, architectural mood with a slightly upswept silhouette. The acetate frame holds gradient nylon lenses that shift with light, adding depth to every glance. Signature three-dot details at the temples and subtle underlacquered logos thread CELINE’s house codes through an Italian-made pair that feels sculptural yet wearable.
With a 53mm lens width, 18mm bridge, and 145mm temple length, the fit reads versatile and balanced on the face. The gradient lenses offer 100% UV protection and easy visibility while the frame keeps its structure through long days and nights. They pair effortlessly with everything from sharp tailoring to casual denim, easing transitions from street style to after-dark polish.
CELINE channels a modern luxury language that is at once vivid and refined. The geometric cat eye, glossy acetate, and discreet branding read as a confident statement piece that elevates any look with a single confident tilt of the head.
Materials / Fabrication
- Geometric sunglasses with a bold silhouette and a slightly upswept shape
- Signature three-dot details at the temples
- Subtle underlacquered logos
- Lens width: 53 mm
- Bridge width: 18 mm
- Temple length: 145 mm
- Gradient nylon lenses
- Frames made of acetate
- 100 percent UV protection
- Made in Italy
Recommended Care
- Clean lenses with a microfiber cloth and lens cleaner; avoid paper towels and harsh cleaners
- Wipe the frame with mild soap and lukewarm water; dry thoroughly
- Avoid high heat or leaving in a hot car to prevent warping
- Store in a protective case when not in use
- Avoid alcohol based cleaners on acetate and coatings
Fit Notes
- Gradient nylon lenses provide 100% UV protection and shift with light.
- Geometric cat eye silhouette in an acetate frame offers a sculptural yet wearable shape.
- Lens width 53mm, bridge 18mm, and temple length 145mm provide a balanced fit.
- Italian-made construction supports a structured frame through long days.
