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.
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.
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
| Model | |
|---|---|
| FreeGift | No |
| Warranty | No |
| Options | No |
| Housing | N/A |
| LCD Replacement | N/A |
| Battery Replacement | N/A |
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.
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.
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
