Ringke Rugged Gear Magnetic Compatible With iPhone 17 Pro Max Case [Compatible with MagSafe], Prevents Oily Smudges Non-Slip Enhanced Grip Protective Cover Designed for iPhone 17 Pro Max Cover- Black

Protect your phone with style and confidence with the custom iPhone 17 Pro Max case designed for the iPhone 17 Pro Max, featuring a robust design, non-slip texture, and stable magnetic compatibility with MagSafe accessories for intensive daily use from Ringke.

Features of the Ringke Rugged Gear Magnetic iPhone Case

• iPhone 17 Pro Max case with magnetic compatibility with MagSafe for chargers, mounts, and accessories for better stability during charging and use.
• iPhone 17 Pro Max phone case with a hidden internal neodymium magnetic ring that enhances adhesion while maintaining a clean and sleek appearance.
• iPhone 17 Pro Max protective case with a durable TPU structure that absorbs shocks and distributes impact force to reduce the effect of drops on the phone.
• Raised edges around the screen and a full protective frame for the camera area to minimize scratches when placed on surfaces.
• Micro Dot side engraving that prevents slipping with an improved grip texture that helps reduce the likelihood of drops and oil fingerprints.

Specifications of the Ringke Rugged Gear Magnetic iPhone Case

• Type: iPhone 17 Pro Max case with strong protection in a rugged design.
• Compatibility: iPhone 17 Pro Max.
• Material: Flexible and shock-resistant TPU that fully covers the device.
• Color: Black.
• Magnetic compatibility: Compatible with MagSafe for wireless charging and accessory attachment.
• Screen protection: Raised edge prevents the screen from touching flat surfaces.
• Camera protection: Edges and protective rings cover the lens perimeter for extra protection.
• Buttons and openings: Precise cuts with button protection for clear pressure response.
• Grip: Textured anti-slip sides for better stability when used with one hand.
• Rating: Practical iPhone case for daily use, also considered an iPhone phone case for those seeking magnetic stability and enhanced protection.