DEVIA iPhone16 Pro Max Crystal Lens Protector

EGP450

Brand: DEVIA
Name: Peak Series Crystal Lens Protector (3PCS)
Material: High aluminum glass+PC
Color: clear
Applicable models: iPhone 16 Pro, iPhone 16 Pro Max

DEVIA iPhone16 Pro Peak Series Crystal Lens Protector

EGP450

Brand: DEVIA
Name: Peak Series Crystal Lens Protector (3PCS)
Material: High aluminum glass+PC
Color: clear
Applicable models: iPhone 16 Pro, iPhone 16 Pro Max

DEVIA iPhone16 Pro Max Full Screen Privacy Twice Tempered Glass

EGP499
  • Explosion-proof, anti-scratch and anti-static Hydrophobic and oleophobic, smooth touch feelings
  • 1. Wear-resistant 10000 times
  • 2. Hardness:9H
  •  3. Edge Anti-break: 20Kg
  • 4. Falling testing: 120cm
  • 5. Bend test: 90°
  • 6. Temperature test:  -20°—60°
  • 7. Water drop Angle test: 105°
  • 8. Light transmittance 92%

DEVIA iPhone16 Pro Max Full Screen Anti-Static Twice-Tempered Glass

EGP450
  • Explosion-proof, anti-scratch and anti-static Hydrophobic and oleophobic, smooth touch feelings
  • 1. Wear-resistant 10000 times
  • 2. Hardness:9H
  •  3. Edge Anti-break: 20Kg
  • 4. Falling testing: 120cm
  • 5. Bend test: 90°
  • 6. Temperature test:  -20°—60°
  • 7. Water drop Angle test: 105°
  • 8. Light transmittance 92%

DEVIA iPhone16 Pro Van Series Full Screen Anti-Static Twice-Tempered Glass

EGP450
  • Explosion-proof, anti-scratch and anti-static Hydrophobic and oleophobic, smooth touch feelings
  • 1. Wear-resistant 10000 times
  • 2. Hardness:9H
  •  3. Edge Anti-break: 20Kg
  • 4. Falling testing: 120cm
  • 5. Bend test: 90°
  • 6. Temperature test:  -20°—60°
  • 7. Water drop Angle test: 105°
  • 8. Light transmittance 92%

DEVIA iPhone16 Van Series Full Screen Anti-Static Twice-Tempered Glass

EGP450
  • Explosion-proof, anti-scratch and anti-static Hydrophobic and oleophobic, smooth touch feelings
  • 1. Wear-resistant 10000 times
  • 2. Hardness:9H
  •  3. Edge Anti-break: 20Kg
  • 4. Falling testing: 120cm
  • 5. Bend test: 90°
  • 6. Temperature test:  -20°—60°
  • 7. Water drop Angle test: 105°
  • 8. Light transmittance 92%

Devia iPhone 16 Pro Max Snow Crystal Series Magnetic Shockproof Case With Bracket Transparent

EGP650
  • Material: Premium TPU, PC, Magnet, and Metal Bracket
  • Design: Transparent with hidden camera ring bracket
  • Protection: 2M drop test certified, 360° full protection for screen and camera
  • Compatibility: Perfectly designed for the iPhone 16 pro max series
  • Functionality: Supports wireless charging and is compatible with MagSafe accessories

Devia iPhone 16 Pro Max Clean Series Magnetic Shockproof Case With Bracket Transparent

EGP599
  • Material: High-quality TPU, PC, and Metal Magnetic Bracket
  • Compatibility: Specifically designed for the iPhone 16 pro max series
  • Protection Level: 2M drop test certified, anti-fall transparent protection
  • Special Features: Built-in magnets for precise phone alignment, supports enhanced wireless charging

Devia magsafe case iphone 16 Pro pure clear magnetic shockproof case transparent color

EGP450
  • Material: Combination of TPU and PC
  • Color: Clear
  • Compatibility: Fully compatible with iPhone 16 series and Mag-Safe accessories
  • Protection: Offers 360-degree full protection
  • Features: Supports wireless and reverse charging without interference

Devia case iphone 16 pro max pure clear magnetic shockproof case transparent color

EGP450
  • Material: Combination of TPU and PC
  • Color: Clear
  • Compatibility: Fully compatible with iPhone 16 series and Mag-Safe accessories
  • Protection: Offers 360-degree full protection
  • Features: Supports wireless and reverse charging without interference

iPhone 16 Pro Max – Naked Case(TPU)transparente

EGP350

1.2M Drop Test Certified
*Material: TPU
*Ultra-thin invisible, durable and not deformation
*No yellowing, no fogging
*Airbag inside design, drop resistance

iPhone 16 Pro – Naked Case(TPU) transparente

EGP299

1.2M Drop Test Certified
*Material: TPU
*Ultra-thin invisible, durable and not deformation
*No yellowing, no fogging
*Airbag inside design, drop resistance