Capa degradável em silicone Eco para Apple iPhone 14 Pro Max roxa

Protect your Apple iPhone 14 Pro Max with the Eco silicone degradable cover in Purple. This eco-friendly case is made from plant-based, biodegradable silicone, offering a sustainable alternative without compromising on protection. Its soft-touch matte finish provides a comfortable grip, while the raised bezels safeguard the screen and camera. The cover supports wireless charging and features precise cutouts for easy access to all ports and buttons.

Advantages

This case combines environmental responsibility with reliable protection. The biodegradable silicone material reduces plastic waste and is compostable, making it a guilt-free choice for eco-conscious users. The shock-absorbent and scratch-resistant properties ensure your phone stays safe from daily bumps and drops. The slim profile maintains the sleek design of your iPhone, and the non-slip grip prevents accidental slips.

Suitable for

• Apple iPhone 14 Pro Max users looking for an eco-friendly protective case
• Individuals who prioritize sustainability and want to reduce their environmental footprint
• Anyone needing a slim, lightweight cover with enhanced grip and drop protection

Key specifications

• Device Compatibility: Apple iPhone 14 Pro Max
• Case Type: Back Cover / Protective Case
• Material: Biodegradable Silicone
• Color: Purple
• Sustainability: Made from plant-based materials, Compostable, Eco-friendly
• Protection: Shock-absorbent, Scratch-resistant, Raised bezels for screen and camera
• Wireless Charging Compatible: Yes
• Access: Precise cutouts for ports, speakers, and buttons
• Surface Finish: Soft-touch matte finish
• Grip: Enhanced non-slip grip
• Installation: Easy snap-on/off
• Durability: Flexible and durable
• Environmental Impact: Reduces plastic waste
• Toxicity: Non-toxic materials
• Design: Slim profile

Recommendations

For optimal protection and sustainability, pair this cover with a tempered glass screen protector. Avoid exposing the case to extreme temperatures to maintain its biodegradable properties.