Evelatus Xiaomi Redmi Note 13 5G Protetor de ecrã em vidro temperado plano transparente 0,33 mm com Japan Glue, antiestático

Protect your Xiaomi Redmi Note 13 5G with the Evelatus tempered glass screen protector. Crafted from high-aluminosilicate glass with a thickness of just 0.33 mm, this protector offers near-invisible protection while maintaining the original touch sensitivity and display clarity. The Japan Glue technology ensures full-surface adhesion, eliminating bubbles and preventing dust ingress. The anti-static coating reduces dust attraction, while the oleophobic and hydrophobic layers keep fingerprints and smudges at bay. With a 9H hardness rating, it provides superior scratch and impact resistance. The flat 2.5D edge design ensures a comfortable feel and easy installation. The kit includes wet/dry wipes and a dust absorber for a hassle-free, bubble-free application.

Advantages

Ultra-thin 0.33 mm design maintains original touch response and display clarity. Japan Glue adhesive ensures full coverage and bubble-free installation. Anti-static coating minimizes dust attraction. Oleophobic and hydrophobic layers resist fingerprints and water. 9H hardness protects against scratches and impacts. High light transmittance (>95%) preserves screen brightness and colors. UV protection adds an extra layer of defense.

Suitable for

• Xiaomi Redmi Note 13 5G

Key specifications

• Product Type: Tempered Glass Screen Protector
• Compatible Device: Xiaomi Redmi Note 13 5G
• Material: High-Aluminosilicate Tempered Glass
• Glass Thickness: 0.33 mm
• Hardness: 9H
• Edge Design: Flat (2.5D)
• Adhesive: Japan Glue (Full Surface)
• Special Coatings: Anti-Static, Oleophobic, Hydrophobic
• Light Transmittance: >95%
• UV Protection: Yes
• Installation Kit: Included (Wet/Dry Wipes, Dust Absorber)
• Bubble-Free Installation: Yes

Recommendations

For best results, clean the screen thoroughly with the provided wipes and dust absorber before application. Ensure the environment is dust-free to achieve a perfect bubble-free installation.