Screen protector dbramante1928 eco iPhone 17 Scratch resistant

eco-shield is an unbreakable screen protector made from 100% recycled and recyclable plastic materials without compromising on protection and quality. Designed for iPhone 17, this clear screen protector uses recycled polyethylene terephthalate (rPET) and combines a slim 0.4 mm profile with precise touch sensitivity and a curved black edge that preserves the device’s appearance.

Advantages

The dbramante1928 eco screen protector provides a glass-like feel while avoiding the brittleness of glass, offering 9H surface hardness that makes it up to five times stronger than the screen alone. It is manufactured from 100% recycled and fully recyclable rPET, features antimicrobial treatment to prevent degradation and discoloration, and has an anti-fingerprint coating to reduce smudges. The protector is case-friendly, scratch-resistant and maintains flawless touchscreen responsiveness.

Suitable for

• iPhone 17 owners seeking sustainable screen protection
• Users who want scratch and fingerprint resistance
• People preferring thin, case-friendly protectors with precise touch sensitivity

Key specifications

• Type: Clear screen protector
• Material: Recycled Polyethylene Terephthalate (rPET), 100% recycled, 100% recyclable
• Thickness: 0.4 mm
• Hardness: 9H
• Colour: Black edge with transparent main film
• Compatibility: Apple iPhone 17
• Pack quantity: 1 pc

How to use

Clean the device screen thoroughly with a lint-free cloth and any supplied alcohol wipe, remove dust with a dust-removal sticker if provided, then align the protector to the device edges and gently apply from one side to the other to avoid bubbles. If small air bubbles remain, smooth them out toward the nearest edge using a soft card or the supplied applicator.

Recommendations

For best results, apply the protector in a dust-free environment and allow 24 hours for any minor alignment or adhesion settling. Use a microfibre cloth to clean the surface; avoid abrasive cleaners or solvents that could damage the coating.