eSTUFF INFINITE PORTO Clear Magnetic Case for iPhone 12 Pro / iPhone 12 (GRS) ES67142101

A clear back cover that pairs a slim silhouette with integrated magnets, the INFINITE PORTO keeps your iPhone 12 Pro or iPhone 12 protected while staying fully MagSafe-ready. Unlike generic transparent shells that yellow after a few months, this case uses anti-yellowing materials and a dual-layer TPU/PC build to preserve its original clarity. The magnetic ring aligns perfectly with MagSafe chargers and accessories, so wireless charging remains fast and hassle-free.

Highlights

• Made for Apple iPhone 12 Pro and iPhone 12
• Integrated magnetic ring for MagSafe and wireless charging compatibility
• Clear, anti-yellowing TPU and polycarbonate construction
• Scratch-resistant and shock-absorbent protection
• Slim profile with full access to ports, buttons, and speakers
• Part of the GRS-certified INFINITE series, made with recycled materials

In daily use

The case snaps on easily and stays put, thanks to its precise cutouts and flexible TPU edges. The raised lip around the camera and screen helps prevent scratches when you set the phone down. Because the back is completely transparent, the original design of your iPhone shows through, while the magnetic ring adds practical convenience for car mounts, wallets, and desktop stands. Wireless charging works without removing the case, and the anti-yellowing treatment keeps it looking fresh longer than standard clear cases.

Full specifications

• Brand: eSTUFF
• Model: INFINITE PORTO
• MPN: ES67142101
• EAN: 5715328303089
• Compatibility: Apple iPhone 12 Pro, Apple iPhone 12
• Case type: Back cover
• Material: Thermoplastic Polyurethane (TPU), Polycarbonate (PC)
• Colour: Transparent
• Magnetic support: Magnetic & MagSafe compatible
• Wireless charging: Yes
• Protection features: Scratch-resistant, shock-absorbent
• Made with recycled materials: Yes (GRS certified)

Final note

A clear, MagSafe-ready case that protects without hiding your iPhone’s design — and it’s made with recycled materials for a smaller environmental footprint.