Lacoste LCHMP16XUALH iPhone 16 Pro Max, 6.9" tok, farine hardcase IML All Over MagSafe

17 990 Ft

Lacoste LCHMP16XUALH iPhone 16 Pro Max, 6.9" tok, farine hardcase IML All Over MagSafe

Name: Lacoste LCHMP16XUALH iPhone 16 Pro Max, 6.9" tok, farine hardcase IML All Over MagSafe
Brand: Lacoste
SKU: 3666339331795
Price: 17990 HUF
Availability: InStock

Cikkszám:

3666339331795

ÚJ

Lacoste LCHMP16XUALH iPhone 16 Pro Max, 6.9" tok, farine hardcase IML All Over MagSafe

Külső raktáron: 3-5 munkanap

Lacoste LCHMP16XUALH iPhone 16 Pro Max, 6.9" tok, farine hardcase IML All Over MagSafe

17 990 Ft

Külső raktáron

47 db

3-5 munkanap

Részletek

IML All Over MagSafe

Lacoste is a well-known and respected French brand that perfectly combines elegant chic and sporty comfort.

The latest collection of protective cases impresses with its unique style and amazing functionality, but above all guarantees reliable protection for your valuable device.
It is the perfect choice for all owners of devices with MagSafe technology.

Stylish Appearance

The exclusive pattern covering the entire surface of the case perfectly captures the unique style of the Lacoste brand, giving the device a modern and elegant look. The collection is adorned with images of the iconic crocodile and the Lacoste logo.

Perfection in Every Detail

Cases from the IML All Over MagSafe collection are made exclusively from the highest quality materials. The production process of this case uses IMD technology. The graphic is hot-stamped and then coated with a delicate layer of TPU, making it abrasion-resistant.
The case is made from strong polycarbonate, and the edges are made from flexible polyurethane, making installation easier. Polycarbonate enhances protection against scratches or impacts, while polyurethane ensures a secure grip on the device.

Charge Your Phone Without Removing the Case!

The magnetic ring not only guarantees compatibility with the MagSafe wireless charger, enabling fast and convenient charging, but also ensures stable device retention during the charging process, eliminating potential shifts or interruptions in power supply.