Speck Presidio Pro Samsung Galaxy S20 with MicroBan layer Black

Presidio® Pro is a protective and pocket-friendly two-layered case with raised rubber ridges that give you a secure, no-slip grip for texting, gaming, and selfies.
Not only is this case stylish, but it’s strong as nails. It’s been tested to withstand drops of up to 13 feet, so you’ll be confident knowing your phone will be protected.
Pro also has an antimicrobial treatment from Microban that provides lifetime product protection from stain and odor causing bacteria growth.
If that wasn’t enough, there’s also a raised bezel that helps protect your screen from scratching and shattering if-and-or-when your phone falls and lands face-down.
A protective and slim case that offers raised rubber ridges for a no-slip grip, Microban antimicrobial product protection, and 13-foot drop protection.

13-foot drop-protection with IMPACTIUM cushioning
When dropped, IMPACTIUM, the protective material on the inside of the case cushions your phone like an airbag to absorb and disperse shock. This case has been dropped from 13 feet multiple times by independent labs and was designed for impact.

Invisible cleanliness with Microban
Only Speck has Microban. It’s antimicrobial treatment that provides lifetime product protection against stain and odor causing bacteria growth. Since life can get dirty, we keep your case cleaner.

Two durable layers of protection
We fused a durable, polycarbonate outer shell to an inside layer of IMPACTIUM cushioning to provide two layers of protection in a slim and pocket-friendly case.

Raised bezel screen protection
This added bit of protection is designed to resist screen shatters or cracks for those times when your phone falls and lands face-down.

Allows for easy wireless charging
Presidio® Pro was designed to be thin enough to allow for easy wireless charging.

3rd party tested & approved
Independently lab-tested for multiple real-life situations, including extreme drops and temperatures, chemicals, antenna interference, cracks and abrasions, device bending, and more.