Johnson Tiles Derwent 330x330mm Glazed Porcelain Wall & Floor Tiles

The Derwent collection from Johnson Tiles brings intricate pattern and modern charm together in a beautifully balanced way. Designed for both walls and floors, these 330x330mm glazed porcelain tiles offer a distinctive look that’s ideal for adding personality to any space—be it in the home or a commercial environment.

Patterned Perfection with a Practical Edge

Each tile in the Derwent range features a delicate, decorative design that creates instant visual impact. Whether you’re designing a cosy kitchen floor, a statement hallway, or an accent wall, these tiles add just the right amount of detail to elevate the look without overwhelming it.

Modern Colours, Built-In Safety

Available in four on-trend natural shades—Clay, Blue, Green, and Grey—Derwent tiles suit a variety of interior styles, from contemporary to rustic. More than just good looks, these tiles are made from glazed porcelain and have a PTV 36+ slip resistance rating, meaning they’re a safe and stylish option for high-traffic and wet areas.

Tile Details

Size: 330x330mm Material: Glazed porcelain Finish: Natural Tiles per pack: 10 Pack coverage: 1.0892 m² Slip Rating: PTV 36+ (wet and dry)

Available Colours

Clay Natural Blue Natural Green Natural Grey Natural

FAQs

Are Derwent tiles safe for wet rooms or bathrooms?

Yes, Derwent tiles are perfect for **wet and humid environments**. Their **PTV 36+ slip resistance rating** makes them safe for use in **bathrooms, showers, kitchens**, and even commercial washrooms.

Can I use these tiles on both walls and floors?

Absolutely! Derwent tiles are suitable for **both walls and floors**, giving you the freedom to create cohesive, patterned surfaces that run seamlessly throughout a room.

Are the patterns on the tiles repetitive or random?

Each pack includes tiles with consistent patterns designed to create a flowing, decorative look. When laid together, they form a **co-ordinated yet handcrafted effect**, perfect for modern or eclectic design schemes.