for Galaxy S22+
Serious Drop Protection in a Stylish, Textured Case
We named this case “Denali” in honor of the tough and enduring indomitable spirit of the mountain. Denali provides serious drop protection—16 feet—with a no-slip grip and a textured finish. The entire back interior of the case is reinforced with D3O®, so you know you’re getting superior protection.
16 ft of Drop Protection
Denali is made with D3O®, the world’s most advanced impact protection, trusted by military, sports, motorcycle, and industrial professionals. D3O® is a pliable, flexible material that hardens on impact, dissipating shock and protecting your device.
Enhanced Back Protection
Denali’s backplate is reinforced with a layer of D3O® to provide even more impact protection. So, no matter what comes your way, you have the most advanced shock-absorbing technology on the market today.
Contains Antimicrobial Treatment
Denali contains an antimicrobial agent with properties built in to protect your case by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.
Wireless Charging Compatible
Wireless charging is a must in a world that never stops. All Gear4 cases are wireless charging compatible which means you can drop your phone on any wireless charging pad for a quick charge without removing your case.
Powerful protection doesn’t have to be bulky. Even with amazing 16 foot drop protection and a layer of D3O® inside the backplate, the slim Denali case fits easily in your pocket and has a lightweight feel.
Contains Recycled Plastics
Denali incorporates Tritan™ Renew, 50% certified recycled content which diverts plastic waste from landfills and oceans and reduces greenhouse gas emissions.
Today’s world moves fast, and you need to stay connected to keep up. Denali is 5G compatible, so you don’t have to compromise reliable case protection to get a clear, strong signal.
*Mil Std 810G 516
**Contains an antimicrobial agent with properties built in to protect your case by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.