Case-Mate - Soap Bubble Hardshell Case w/ MagSafe w/ Antimicrobial for iPhone 13 Pro - Iridescent
Model: CM046638
SKU: 6499523
This item is no longer available in new condition. See similar items below
- Key Specs
- Brand Compatibility: Apple
- Model Compatibility: Apple iPhone 13 Pro
- Case Style: Hard shell
- General
- Product Name: Soap Bubble Hardshell Case w/ MagSafe w/ Antimicrobial for iPhone 13 Pro
- Brand: Case-Mate
- Model Number: CM046638
- Color: Iridescent
- Compatibility
- Brand Compatibility: Apple
- Model Compatibility: Apple iPhone 13 Pro
- Features
- Case Style: Hard shell
- Wireless Charging Compatible: MagSafe (Allows for wireless charging to pass through it. Some products do so by allowing power to flow through the material, while others may have a physical, proprietary method of doing so (ex. MagSafe).)
- Dimensions
- Product Width: 3.03 inches (The out of box width of the item. Width is measured as the horizontal distance from one side of the item to the other as it would be primarily used or placed.)
- Product Depth: 5.98 inches (The out of box depth of the item. Depth is measured as the distance from the front of the item to the back as it would be primarily used or placed.)
- Product Weight: 0.06 ounces (The out of box weight of the item.)
- Other
- UPC: 840171706444
Our best selling Soap Bubble style is now available for the iPhone 13 Pro with built-in magnets that allow you to simply snap on your MagSafe charger and accessories for the fastest wireless charging experience!
- Swirled Iridescent: Swirled iridescent design changes with movement and light
- Drop Protection: 10 ft drop protection
- Slim Design: Slim design with flexible sides for enhanced grip
- Plant Based: Made from plant based materials
- MagSafe Compatible: Compatible with MagSafe chargers and accessories
Q: What is the antimicrobial coating designed to do?
A: The antimicrobial coating on the Soap Bubble Hardshell Case for iPhone 13 Pro helps keep the case clean and hygienic by inhibiting the growth of microorganisms on its surface.
