CASEKII Magnetic Case for iPhone 13 Pro Max, Compatible with Magsafe Charger or Magnetic Wireless Charging, Ultra Thin Shockproof Matted Hard PC Back Cover 6.7'', Dark Gray
Ultra Slim for iPhone 13 Pro Max case
Features of CASEKII Magnetic Case for iPhone 13 Pro Max, Compatible with Magsafe Charger or Magnetic Wireless Charging, Ultra Thin Shockproof Matted Hard PC Back Cover 6.7'', Dark Gray
Ultra Slim FitOnly 006 in thickness and 09 oz weight, wont put any burden on hands Form-fitting around all sides of the phone, zero bulk, definitely worth every penny for who love ultra-slim, ultra light case for iPhone 13 Pro Max compatible with MagSafe Wireless chargerThis slim magnetic case for iPhone 13 Pro Max with built-in magnets, supports all MagSafe accessories and delivers automatic adsorption and seamless alignment for the fastest and stable possible charging Excellent ProtectionThe bevels around the camera and screen prevent any potential scratch or dent, your phone will be protected from dropping, smashing, falling, collision and face-up or face-down situations atte Texture and Perfect gripAdvanced nano and metallic coating, provide a nice grip and make it easy to hold your phone, soft yet sturdy touch, prevents any fingerprint or stain on the back, keeps the clean and sleek look rompt and Professional SupportThis ultra slim case is compatible with iPhone 13 Pro Max 67 inch If you are not satisfied with this set, just return them within 30 days for a full refund or a new replacement Free to contact our team for any issues regarding the product, a satisfied solution to your problem is promised with cASEKII
Specification of CASEKII Magnetic Case for iPhone 13 Pro Max, Compatible with Magsafe Charger or Magnetic Wireless Charging, Ultra Thin Shockproof Matted Hard PC Back Cover 6.7'', Dark Gray
Product Details |
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Color | Dark Gray |
Dimensions | 6.65X3.39X0.67 |
Weight | 0.11 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.