Product Description
Cellever Ultra Durable Silicone Case For Iphone 13, Military Grade Protection [3 Layers & Double Coated] [Slim Fit] Shockproof Lightweight Cover With Soft Microfiber Interior (6.1 Inch, Navy Blue)
iPhone 13 Silicone Case
Features of Cellever Ultra Durable Silicone Case For Iphone 13, Military Grade Protection [3 Layers & Double Coated] [Slim Fit] Shockproof Lightweight Cover With Soft Microfiber Interior (6.1 Inch, Navy Blue)
?Upgraded Liquid Silicone Material?Combining state-of-the-art machinery and authentic liquid silicone material, our iPhone 13 case has unmatched stain resistance properties, a soft and smooth non-slip texture that is easy to grip, and unrivaled drop protection and wireless charging capabilities?Tougher than the Competition?Our iPhone 13 cases are drop tested and can withstand vertical drops up to 8 ft on hard surfaces. The Cellever Liquid Silicone case is more durable than other gel and rubber iPhone 13 cases, unlike the competition's 2 layer build, the Cellever liquid silicone case has a three-layer construction for reinforced toughness while still maintaining a compact and slim design?Camera & Screen protection?Designed specifically for the iPhone 13 (2021) to protect the entire device. Raised edges around the screen and camera, and an interior lining made out of luxurious ultra soft microfibers keeps your iPhone 13 protected and scratch-free from every angle?Easy to Clean?Any lint or dirt that gets on the case wipes off easily with a damp cloth?Lifetime Replacement?Cellever offers a Lifetime warranty for your iPhone 13 silicone case
Specification of Cellever Ultra Durable Silicone Case For Iphone 13, Military Grade Protection [3 Layers & Double Coated] [Slim Fit] Shockproof Lightweight Cover With Soft Microfiber Interior (6.1 Inch, Navy Blue)
Product Details |
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Color | Navy Blue |
Size | iPhone 13 |
Dimensions | 5.99x3.03x0.47 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.