DEVIA iPhone 17 Armour Series Magnetic Shockproof Case - Black

DEVIA iPhone 17 Armour Series Magnetic Shockproof Case

The DEVIA iPhone 17 Armour Series Magnetic Shockproof Case is a rugged premium protective case engineered for maximum durability, heavy-duty drop protection, and reliable everyday performance. Built with a reinforced PC + TPU + TPE + magnet hybrid construction, the case delivers advanced shock absorption while maintaining a secure and comfortable grip.

Certified for 3-meter drop protection, the Armour Series case is designed to help protect the iPhone 17 from heavy impacts, accidental drops, scratches, and daily wear. Its rugged multi-layer structure provides enhanced durability, while the reinforced 360° protection design helps safeguard both the screen and camera.

The fingerprint-resistant and anti-scratch exterior helps maintain a clean and premium appearance during daily use. Integrated built-in magnets ensure precise alignment with compatible magnetic accessories and wireless chargers for convenient charging and accessory compatibility.

Designed for users who need stronger protection without sacrificing functionality, the Armour Series combines rugged durability with modern magnetic convenience.

Key Features

• Rugged magnetic shockproof case for iPhone 17
• 3M drop test certified protection
• Durable PC + TPU + TPE + magnet hybrid construction
• Scratch-resistant and fingerprint-resistant surface
• Reinforced impact-resistant design
• 360° full protection for screen and camera
• Built-in magnets for magnetic accessories and charging
• Heavy-duty multi-layer protection
• Comfortable and secure grip design

Specifications

• Brand: DEVIA
• Series: Armour Series Magnetic Shockproof Case
• Compatibility: iPhone 17
• Material: PC + TPU + TPE + Magnet
• Drop Protection: 3M Drop Test Certified
• Features:
  • Magnetic Alignment Support
  • Heavy-Duty Shockproof Construction
  • Anti-Scratch Surface
  • Fingerprint-Resistant Finish
  • 360° Screen & Camera Protection
  • Wireless Charging Compatible