3D Flame Matte TPU Case for iPhone 17–11 Series
3D Flame Matte TPU Case for iPhone 17–11 Series
Couldn't load pickup availability
Secure checkout
🚚 Shipping Policy
🚚 Shipping Policy
Free U.S. shipping on orders over $50.
We offer quick and dependable shipping. Orders arrive within 7–12 business days, complete with tracking updates.
↩️ Money back Guarantee
↩️ Money back Guarantee
Shop with confidence — enjoy easy, hassle-free returns within 30 days. Your satisfaction is our priority.
Turn your iPhone into a bold fashion statement with this 3D hollow flame case that blends style, grip, and everyday protection.
Key Benefits
- Eye-catching 3D flame design for a bold aesthetic
- Shockproof protection against accidental drops
- Matte anti-slip texture for secure handling
- Anti-fingerprint surface for a clean look
- Lightweight build for comfortable daily use
Why People Love It
This case stands out with its fiery 3D design while still offering strong everyday protection. It’s perfect for users who want a stylish phone case that doesn’t compromise on safety or comfort.
Features
Crafted from high-quality TPU polyurethane, this case offers flexible yet durable protection. The electroplated flame detailing gives a premium reflective finish, while the matte surface reduces fingerprints and improves grip. Its precision cut design ensures full access to all ports, buttons, and cameras. The shock-absorbing structure helps protect your phone from minor drops and scratches during daily use.
Specifications
- Material: TPU (Polyurethane)
- Design: 3D Hollow Flame Pattern
- Finish: Matte / Anti-glare electroplated detail
- Type: Half-wrapped soft protective case
- Features: Shockproof, anti-scratch, anti-fingerprint, dustproof, non-slip, washable
- Compatibility: iPhone 11, 12, 13, 14, 15, 16, 17 series (Plus / Pro / Pro Max / Air variants supported)
- Package Includes: 1 x Phone Case
Important Safety Information
- Not intended for heavy industrial protection
- Avoid sharp objects to maintain electroplated finish
- Color may slightly vary due to lighting and screen settings










