Evelatus Samsung Galaxy A13 5G Cover in Silicone Premium Soft Touch Blu Mezzanotte

Protect your Samsung Galaxy A13 5G with the Evelatus Premium Soft Touch Silicone Case in Midnight Blue. This case combines a sleek, modern design with durable protection, featuring a soft-touch silicone finish that feels great in your hand and resists fingerprints. The precise cutouts ensure full access to ports and buttons, while raised bezels protect the screen and camera from scratches. With shock absorption and a secure snap-on installation, your phone stays safe from everyday drops and bumps. The case is also compatible with wireless charging, so you can charge without removing it.

Advantages

This case offers a perfect blend of style and functionality. The soft-touch silicone provides a comfortable, anti-slip grip, reducing the chance of accidental drops. The raised bezels keep your screen and camera lens elevated when placed on flat surfaces. The interior microfiber lining adds an extra layer of protection against scratches. Plus, the slim profile maintains the phone's sleek look while adding minimal bulk.

Suitable for

• Samsung Galaxy A13 5G users seeking reliable everyday protection
• Those who prefer a soft, grippy texture over hard plastic cases
• Users who want a case that supports wireless charging
• Anyone looking for a stylish Midnight Blue accessory

Key specifications

• Compatible Device: Samsung Galaxy A13 5G
• Case Type: Back Cover
• Material: Silicone
• Finish: Soft Touch
• Color: Midnight Blue
• Protection Features: Shock Absorption, Scratch Resistance
• Design Features: Precise Cutouts, Raised Bezel Protection (Screen & Camera)
• Grip: Enhanced Anti-Slip Grip
• Anti-Fingerprint: Yes
• Wireless Charging Support: Yes
• Interior Lining: Soft Microfiber
• Installation: Snap-on
• Flexibility: Flexible
• Durability: Durable
• Series: Premium

Recommendations

For optimal protection and style, pair this case with a tempered glass screen protector. The soft-touch silicone is easy to clean with a damp cloth. Avoid exposure to extreme heat to maintain the material's integrity.