Dostawa bezproblemowa, produkt zgodny i funkcjonalny.
Philipp Plein Women Sunglasses Black Havana Green Grad Cat Eye SPP099M 0700 NEW
Product Details
Philipp Plein Women Sunglasses Black Havana Green Gradient Cat Eye SPP099M Supreme Star 0700 NEW AUTHENTIC π SAME/NEXT DAY FREE SHIPPING! NO OFFERS ACCEPTED. FINAL PRICE! π DON'T MISS OUT, SHOP NOW! 100% AUTHENTIC & BRAND NEW! π Brand: Philipp Plein π Model Number: SPP099M Supreme Star π Color Code: 0700 π Gender: Women π Frame Color: Shiny Black Havana π Frame Shape: Cat Eye π Frame Style: Full Rim π Frame Material: Acetate π Lens Color: Green Gradient π Lens Material: Nylon π Lens Width: 55mm π Bridge Width: 18mm π Temple Length: 140mm π Polarized Lens: No Made in Italy π FULL RETAIL PHILIPP PLEIN SET INCLUDED: Sunglasses Protective case Cleaning cloth Authenticity / information materials Branded packaging Philipp Plein Supreme Star SPP099M 0700 sunglasses are a luxurious and fashion-forward choice, featuring a striking shiny black havana acetate frame paired with elegant green gradient nylon lenses. The sophisticated cat-eye silhouette adds a bold, feminine touch while offering a flattering fit and exceptional comfort. Designed for women, this premium Italian-made model combines standout style with impeccable craftsmanship, making it the perfect accessory for everyday glamour and special occasions alike. Don't miss out on this exclusive opportunity β elevate your style today with FAST, FREE SHIPPING!
Daily Cleaning: Use a soft brush or damp cloth to gently wipe away dirt. Avoid harsh chemicals. For mesh areas, use diluted mild detergent and a soft brush.
Drying: Air dry in a cool, shaded place after cleaning. Avoid direct sunlight or high heat, which can cause fading and glue deterioration.
Storage: Stuff with paper to maintain shape when not in use. Store in a dry, ventilated area to prevent mold. Rotate between multiple pairs to extend lifespan.
Usage Notes: Designed for basketball. Not recommended for hiking, long-distance running, or other specialized sports where different performance features are required.






