Protector de pantalla Connect para Xiaomi Redmi Note 13 5G 2.5D Full Cover Japan Glue Glass Anti-Static Stronger

Protect your Xiaomi Redmi Note 13 5G with this premium tempered glass screen protector from Connect. Designed with 2.5D curved edges and full surface Japan glue adhesive, it offers edge-to-edge coverage and strong adhesion for reliable protection. The 9H hardness rating ensures superior scratch resistance, while anti-static, anti-shatter, and fingerprint-resistant properties keep your screen clear and safe. With 99% HD transparency and an oleophobic coating, touch sensitivity remains natural and responsive. Bubble-free dry installation and residue-free removal make application effortless.

Advantages

This screen protector combines high hardness with full adhesive technology for maximum impact protection and clarity. The anti-static feature reduces dust attraction, and the hydrophobic coating repels water and smudges. Easy to apply without bubbles, it maintains the original touch experience and can be removed cleanly when needed.

Suitable for

• Xiaomi Redmi Note 13 5G
• Users seeking edge-to-edge screen protection with strong adhesion
• Those who prefer a dry application, bubble-free installation

Key specifications

• Material: Tempered Glass
• Coverage: Full Screen (Edge-to-Edge)
• Edge Design: 2.5D Curved Edge
• Adhesive Type: Full Surface Adhesive (Japan Glue)
• Hardness Rating: 9H
• Thickness: 0.3 mm
• Special Features: Anti-Static, Anti-Scratch, Anti-Shatter
• Clarity: 99% HD Transparency
• Surface Coating: Oleophobic, Hydrophobic
• Fingerprint Resistance: Yes
• Bubble-Free Application: Yes
• Touch Sensitivity: Maintains Original Touch Response
• Impact Protection: High
• Installation Type: Dry Application
• Residue-Free Removal: Yes
• Color: Transparent
• Number of Protectors: 1-pack

Recommendations

For best results, clean your screen thoroughly before application and follow the included instructions. This protector is designed specifically for Xiaomi Redmi Note 13 5G and may not fit other models.