EVELATUS Samsung Galaxy S9 Kuton rode liquid silicone back cover

Protect your Samsung Galaxy S9 with the EVELATUS Kuton Red back cover, crafted from premium liquid silicone for a soft-touch matte finish. This slim, non-slip case offers reliable shock absorption and scratch resistance, with raised bezels safeguarding both screen and camera. The interior microfiber lining prevents scratches, while precise cutouts ensure full access to ports, camera, and buttons. Compatible with wireless charging, it combines style and functionality in a vibrant red design.

Advantages

The Kuton series delivers a perfect blend of protection and elegance. The liquid silicone material provides a comfortable grip and anti-fingerprint properties, keeping your case clean. Tactile button covers enhance usability, and the snap-on installation makes it easy to apply and remove. Ideal for daily use, it maintains a slim profile without adding bulk.

Suitable for

• Samsung Galaxy S9 users seeking a stylish, protective case
• Those who prefer a soft-touch matte finish over glossy cases
• Users requiring wireless charging compatibility without removing the case
• Individuals looking for a durable, anti-smudge cover for everyday use

Key specifications

• Compatible Device: Samsung Galaxy S9
• Case Type: Back Cover
• Material: Liquid Silicone
• Color: Red
• Series: Kuton
• Finish: Soft-touch Matte
• Protection Features: Shock Absorption, Scratch Resistance
• Screen Protection: Raised Bezel
• Camera Protection: Raised Bezel
• Interior Lining: Soft Microfiber
• Cutouts: Precise for Ports, Camera, Buttons
• Wireless Charging Compatibility: Yes
• Installation: Snap-on
• Durability: Anti-fingerprint, Anti-smudge
• Design: Slim Profile
• Grip: Non-slip
• Button Type: Tactile Button Covers

Recommendations

For optimal protection and style, pair this case with a tempered glass screen protector. The raised bezels offer added screen safety, but a screen protector ensures complete coverage. Enjoy the vibrant red color and soft-touch feel that sets your device apart.