tech21 Evo Clear for Apple iPhone 12 and 12 Pro - Germ Fighting Antimicrobial Phone Case with 10 ft. Drop Protection T21-8379 - 6.1 inches
About this item - Comes sealed in retail box
10ft (3m) IMPACT PROTECTION: As tested by our scientists, this clear and compact case will protect your phone from drops and scratches
BUILT-IN HYGIENIC PROTECTION: Our BioShield reduces microbes by up to 99. 99% and help keep your case hygienically clean. Our antimicrobial ingredients are actually built into the case itself, offering long-lasting hygiene. Unlike other self-cleaning phone cases with just a thin antimicrobial coating, our method is here to stay and won’t wear off over time
TOTALLY TRANSPARENT: This slim phone case will never fade or yellow in the sunlight
SLIM PROFILE: Smart materials protect without the bulk
SCRATCH-RESISTANT: The unique, self-healing design of this case fully protects against scratches
Made to Fit Apple iPhone 12 and 12 Pro
EvClear from tech21
Testing
Working in partnership with NPL in London, we’ve developed a testing methodology to test the performance of our cases accurately and reliably.
Our testing measures 90,000 data points, over 1.5M calculations and 20 Drops to make sure tech21 deliver products you can trust, drop after drop
Why Tech21?
High-performing impact materials makes tech21 products highly efficient at absorbing and dissipating impact energy. This means a more durable, more protective case for your phone.
By layering materials with different properties, tech21 offers more protection from thinner, lighter products
We work in collaboration with device manufacturers to design each of our products. When you choose a tech21 solution, you always know it’s going to work perfectly with your devices.
EvoClear from Tech21
This hygienically clean case protects your iPhone – and its camera – in every way while the in-built UV-resistant materials ensure it won’t yellow or discolour in sunlight.
*Contains BioCote silver phosphate glass antimicrobial technology to preserve the surface and prevent degradation caused by microbial growth.