RhinoShield Mod NX Magsafe Case for iPhone 14 Plus (2022)
RhinoShield Mod NX Magsafe Case for iPhone 14 Plus (2022)
BRAND | RhinoShield |
SERIES | Mod NX Magsafe |
COMPATIBILITY | iPhone 14 Plus (2022) |
MATERIALS | ShockSpread™ |
FUNCTION | Changeable Backplates |
Durable/ Snug Fit/ Flexible | |
Thin and lightweight | |
BPA/BPF/BPS-free | |
FDA food-grade certified | |
MagSafe compatible | |
WARRANTY | No warranty |
CONTENT | 1x RhinoShield Mod NX Magsafe Case for iPhone 14 Plus (2022) |
RHINOSHIELD Mod NX™ gives you the flexibility of switching backplates to suit the season or occasion. Pop out a backplate and replace it with a rim and you’ve got a bumper case. Top it off by adding a hint of color by swapping out the buttons.
Superior magnetic pull force for MagSafe
Experience one of the most powerful magnetic pull forces on the MagSafe compatible accessories market! Enjoy maximum stability with our Mod NX (MagSafe compatible) without worrying about accidentally dropping your accessories for MagSafe.
Changeable Backplates
More than thousands of designs to choose from.
Tough yet flexible
Our ShockSpread™ material is super tough, making it incredibly difficult to break. This is because the material is able to resist larger forces. This same property means the case provides a tight fit, preventing your phone from falling out during impact.
However, for a strong material, ShockSpread™ is surprisingly flexible. This means that the case bends slightly for easier installation, without permanent loosening.
Barely there
RHINOSHIELD cases are among the thinnest and lightest protective cases you can find. ShockSpread™ reduces overall volume by 40% and overall thickness by 22%. Our cases weigh an average of 30g – equivalent to a AA battery – or half that if using a bumper.
Better for you
We have formulated the new material with your health and safety in mind. Our latest cases have been independently tested and meet the US FDA food-grade standards.
They also contain no BPA, BPS or BPF – chemicals commonly used in plastics which have been linked to possible developmental issues in young children, as well as reproductive toxicity.