iPhone 17 Pro Max Case Magsafe Charging Aramid Fiber Pitaka Military-Grade Sunset-Moonrise Series Cover
Military-Grade Durability and Elegance
Crafted with the perfect blend of aerospace-grade aramid fiber and TPU, the Sunset cover protects your device from all angles. Having passed military-grade MIL-STD-810H drop tests, this cover ensures your device is optimally protected against drops and impacts. Raised screen and camera edges provide extra security against scratches, while its timeless aesthetic design maintains your elegance at all times.
Thin and Light Design, Superior Protection
This cover combines strength with lightness and works seamlessly with wireless charging accessories thanks to its MagSafe compatibility. The unique blue tones woven into the "Sunset-Moonrise" theme reflect every moment from sunset to moonrise. With shock-absorbing TPU material that enhances durability, your phone remains both light and secure without compromising its aesthetic appeal.
Advanced Material and Technology
This finely textured case offers a unique touch with aramid fiber's Fusion Weaving technology. It's completed with metal button covers and an aluminum alloy camera protector, providing both protection and comfort in daily use. Its smooth edge structure and fine texture fit easily in your hand and offer comfort.
Technical Specifications
Thickness: 0.88-1.84mm
Materials and Technology: Aramid fiber, Fusion Weaving, Aluminum alloy (camera protector)
Important Notice
This product is not made from completely non-flammable material. However, it is designed to exhibit higher resistance to heat and fire compared to standard products.
The product may provide fire resistance during short-term contact, but this does not mean that the product is suitable for direct and prolonged contact with flammable or combustible substances. In case of contact with flammable or combustible substances, the product may be damaged and lead to unexpected results.
Please do not intentionally expose your product to fire, high heat sources, or flammable materials.
