Brit Nut Porcelain Tiles 600×600 | 8 MM

Brit Nut Porcelain Tiles are an exquisite choice for indoor spaces. These tiles boast a charming blend of warm hues, lending a touch of sophistication to any room. Crafted from durable porcelain, they offer longevity and effortless upkeep, ideal for floors and walls indoors.

Brit Nut Porcelain Tiles 600×600 | 8 MM

Brit Nut Porcelain Tiles are an elegant choice for indoor spaces, offering a blend of warm, natural hues that bring a sophisticated touch to any room. These tiles are made from high-quality porcelain, ensuring durability and easy maintenance, making them perfect for both floors and walls in indoor settings.

Key Features:

• Dimensions: 600 x 600 mm
• Thickness: 8 mm
• Material: Porcelain
• Finish: Matt
• Suitability: Ideal for indoor use on both floors and walls
• Water Absorption: ≤ 0.5%
• Bending Strength: ≥ 35 N/mm²
• Thermal Shock Resistance: Yes
• Frost Resistance: Yes
• Colour Resistance to Light: Yes

Brit Nut tiles offer a combination of practicality and style, making them a versatile option for any interior design project. Their warm tones create a welcoming atmosphere, while their robust construction ensures they can withstand the demands of daily use.

Installation and Care:

These tiles are easy to install and maintain. Due to the porcelain material, they are resistant to stains and scratches, and their low water absorption rate makes them suitable for areas that might encounter moisture. Regular cleaning with a damp cloth and mild detergent will keep them looking their best for years to come.

Important Notes:

• Batch Variations: Due to the manufacturing process, there may be slight variations in colour between different batches. It is recommended to order all tiles for a project at once and include an additional 10% to account for any potential wastage during installation.

By choosing Brit Nut Porcelain Tiles, you are opting for a product that combines aesthetic appeal with high performance, ideal for transforming your living spaces into stylish and functional areas.