Holborn Slim

Serious Protection in a Slim, Soft-touch Case

Serious strength has a soft side. The entire back interior of the Holborn Slim case is reinforced with D3O®, so you know you’re getting superior protection. The soft-touch finish looks as good as it feels. Holborn Slim is made with recycled materials, is 5G compatible, and has RepelFlex® Antimicrobial treatment.

10ft Drop Protection
Take on anything that comes your way with confidence, knowing that you’ve got up to 10 feet (3 meters) of drop protection. D3O®—the same material used by the military and professional athletes—is the key component in our formidable phone protection.

Made with Recycled Plastic
The Holborn Slim case is made with recycled plastic, making it a socially conscious choice for those who want align what they believe with what they consume.

Wireless Charging Compatible
Wireless charging has become indispensable 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.

Ultra-slim Design
Powerful protection doesn’t have to be bulky. The slim design of our cases allows your device to fit easily in your pocket and look sleek and stylish in your hand. We use materialslike polycarbonate, TPU (thermoplastic polyurethane), and the unrivaled D3O® material tocreate tough protection with a lightweight feel.

Soft Touch
The Gear4 Holborn Slim case has a soft-touch finish that feels great in your hand. Its attractive, textured surface provides a secure grip. Sophistication and strength are combined to keep your smartphone safe and sound.

RepelFlex® Antimicrobial Treatment
These days, you take your phone with you everywhere…and we mean EVERY WHERE. So, we’ve added RepelFlex® Antimicrobial to protect the case coating against odor-causing bacteria*.

*Contains RepelFlex®, an antimicrobial agent with properties built in to protect your case coating by inhibiting the growth of odor-causing bacteria and guarding against the degradation from microorganisms.