🌿R2 v3 Certified
+100 Sold🔥Best Selling!
Product image
Product image
Product image

Kate Spade Defensive Hard Case for iPhone 12 Pro & iPhone 12 - Pin Dot Lilac

Kate Spade
$19.95
was $49.99
60% OFF
Free delivery by Dec 15 - Dec 16
Best quality
Free 30-days returns

About this item

Brand:Kate Spade
Color:Clear
Compatible Model:For Apple iPhone 12
100% Secure Payments
visa
american express
apple
klarna
mastercard
jcb
paypal

Elevate the style and protection of your iPhone 12 Pro or iPhone 12 with the Kate Spade Defensive Hard Case in Pin Dot Lilac. Combining fashion and functionality, this case features a chic lilac base adorned with delicate pin dot patterns, bringing a touch of sophistication to your device. Perfectly tailored for both models, it offers a snug fit while maintaining easy access to all ports, buttons, and features.

Crafted from durable materials, the case provides reliable defense against everyday bumps, scratches, and minor drops, ensuring your phone stays safe and looking its best. The slim, lightweight design preserves the sleek profile of your iPhone, making it pocket-friendly and comfortable to hold.

Designed by Kate Spade, this case reflects the brand’s iconic blend of elegance and practicality. Whether you’re headed to work or a night out, the Pin Dot Lilac case is the perfect accessory to showcase your style while keeping your phone protected.


Features:

  1. Stylish Pin Dot Design: Features a chic lilac base with delicate pin dots, adding a touch of elegance and personality to your iPhone 12 Pro or iPhone 12.
  2. Durable Protection: Provides reliable defense against scratches, bumps, and minor drops with its sturdy hard-shell construction.
  3. Slim and Lightweight: Maintains a sleek profile, ensuring your phone stays portable and easy to handle without unnecessary bulk.
  4. Precise Fit: Designed for a snug fit with accurate cutouts for all ports, buttons, and camera, ensuring seamless functionality.
  5. Raised Bezel Protection: Safeguards your screen and camera lenses from scratches when placed on flat surfaces.