Day Trader Trader Trading Clear Case For Apple iPhone 12 13 Mini TPU 11 14+ 15 16 Pro Max Capa Plus XR X XS Max Phone Cover Sili

The High Permeability Soft Shell Case offers excellent protection and style for your iPhone. Made from TPU material, this half-wrapped case provides full coverage with a non-slip and lightweight design, making it both practical and fashionable. It is designed to be compatible with a wide range of iPhone models, from iPhone 5 all the way to iPhone 15 Pro Max.

The case is dustproof, anti-scratch, and features shockproof and heat dissipation functions, ensuring that your phone stays safe from everyday wear and tear. Its transparent design allows the natural beauty of your iPhone to shine through while offering added durability.

With various design options like plain, cartoon, quotes & messages, number, and pictorial, this case lets you express your personality while protecting your device. It also supports wireless charging for added convenience.

Key Features:

• Soft TPU Material: Flexible, lightweight, and comfortable to hold.
• Shockproof & Heat Dissipation: Protects your phone from impacts and keeps it cool.
• Anti-Scratch & Dustproof: Keeps your case looking clean and free from scratches.
• Non-Slip: Provides a secure grip to prevent drops.
• High Permeability: Transparent, showing off the beauty of your phone while protecting it.
• Design Options: Plain, Number, Written Words, Cartoon, Animal, Anime, and more.
• Supports Wireless Charging: Charge your phone wirelessly without removing the case.

Compatible Models:

• iPhone 5, 5S
• iPhone 6, 6S, 6Plus, 6S Plus
• iPhone 7, 8, SE (2020), 7Plus, 8Plus
• iPhone X, XS, XR, XS Max
• iPhone 11, 11Pro, 11Pro Max
• iPhone 12 Mini, 12, 12Pro, 12Pro Max
• iPhone 13 Mini, 13, 13Pro, 13Pro Max
• iPhone 14, 14 Plus, 14Pro, 14Pro Max
• iPhone 15, 15 Plus, 15Pro, 15Pro Max

Additional Information:

• Brand: DIXSG
• Material: TPU
• Origin: Mainland China
• No Harmful Chemicals: Safe for you and your phone.
• Function: Shockproof, anti-friction, and heat dissipation.