Prekių katalogas

UAG Essential Armor Magsafe - Apsauginis dėklas skirta iPhone 15 Plus (Juodas)

  • UAG Essential Armor Magsafe - Apsauginis dėklas skirta iPhone 15 Plus (Juodas)

    Kaina 5899 
    Preliminarus pristatymo terminas : 1 - 3 d. d.
    Šią prekę turime sandėlyje.
    Pristatymas
    Turime sandėlyje nuo 1 iki 3 d.d.
    Pritaikyta telefono modeliui
    iPhone 15 Plus
    30 dienų pinigų grąžinimo garantija
    Galioja
    Kokybės garantija
    6 mėn.
    Spalva
    Juoda
    Tipas
    Dėklas nugarėlė
    • Priedų ertmės kamerai, įkrovikliui ir kt. yra pritaikytos prekės pavadinime nurodytam modeliui.

    •  

    • Nuotraukos yra informacinio pobūdžio nurodančios bendrą prekės išvaizdą.

  • SHOCK ABSORPTION UAG ESSENTIAL ARMOR provides shock absorption when your iPhone falls. The external structure of the case has a special hexagonal pattern that distributes the impact force on the surface of the case, so that the device itself is not damaged. DOUBLE PROTECTION Rubber reinforcements on the edges and corners of the housing additionally protect the places most exposed to defects. You can be sure that under no circumstances - or accidents - will your iPhone be damaged. Protection against falls from a height of 3.6 meters NO SCRATCHES Place and move the phone on a desk, table or other flat surface without any worries. The design of ESSENTIAL ARMOR fully takes into account screen protection and, thanks to the raised rubber edges around the screen and camera, protects them against scratches. The case has antibacterial properties. MAGSAFE Thanks to the magnetic module built into the case, ESSENTIAL ARMOR is compatible with Apple Pay payments and MagSafe functionality. MagSafe ensures your phone is accurately positioned at the charging point on the wireless charger. All you need to do is place your phone against the charger matrix, and both devices will attract and adjust perfectly to each other, ensuring stable charging. CERTIFIED PROTECTION Compliance with the MIL STD 810G 516.6 military standard, determining the degree of shock resistance in the event of a fall