Boost Mix Anti-Slip Porcelain Floor Tiles

Boost Mix Anti-Slip is a porcelain stone-effect terrazzo-effect tile range for floors. It is available in colours including Pearl and Ivory, sizes including 600mm x 300mm. The current product information references bathrooms.

About Boost Mix Anti-Slip

Discover the timeless beauty of this stone-effect tile, featuring a neutral palette of soft grey and ivory tones with natural flecked textures. Perfect for both modern and traditional spaces, this tile brings the elegance of stone with the durability of porcelain. These anti-slip tiles are ideal for areas needing maximum slip resistance without compromising on aesthetic with a PTV rating of 36+. Its realistic stone pattern creates a natural, seamless look while providing easy maintenance and long-lasting durability. Elevate your home with this high-quality stone-effect tile, designed for both style and function. Colours include Pearl and Ivory. Available formats include 600mm x 300mm. Check the selected variant carefully when planning your layout and calculating quantities. Boost Mix tile details Material: Porcelain Suitable for: Floors Colours: Pearl and Ivory Sizes: 600mm x 300mm

Key details

• Material: Porcelain
• Suitable use: Floors
• Colours: Pearl and Ivory
• Sizes: 600mm x 300mm
• Availability: Special Order – 6 week delivery

Common questions

Where can Boost Mix Anti-Slip be used?

Boost Mix Anti-Slip is listed for floors, with bathrooms referenced in the current product information. Check the selected size and finish against the project requirements before installation.

Which sizes, colours and finishes are available?

Sizes: 600mm x 300mm. Colours: Pearl and Ivory. Finish information should be confirmed from the selectable options.

What should I check before ordering?

Confirm the required quantity, selected size and finish, expected shade variation, delivery timing and any project-specific technical requirements. For floor or external applications, verify the required slip-resistance rating for the exact variant.