Dartmoor Heather N/S (65mm)

Rich Heathered Red Multi Colour with Natural Texture

The Dartmoor Heather N/S bricks by Wienerberger offer a warm red multi palette with soft heathered tones and subtle surface variation. This rich blend creates natural depth and visual interest, making these bricks suitable for both traditional and contemporary façades. Because of their balanced colouring and texture, they complement a variety of architectural styles without dominating the overall design.

Dependable Quality and Durable Performance

Each Dartmoor Heather N/S brick is manufactured using high-quality clay and Wienerberger’s controlled production process. As a result, these bricks deliver reliable compressive strength and effective frost resistance. Their textured finish also supports good mortar adhesion, helping to create stable and durable wall construction. Therefore, these bricks perform well in exposed external environments and varied weather conditions.

Versatile Design for Many Building Projects

The warm red multi tones of the Dartmoor Heather N/S bricks pair beautifully with other materials such as natural stone, timber features and neutral render. Their colour works well with both light and mid-tone mortar shades, enabling designers to adjust the final look. Furthermore, the slight heathering and texture add character to façades without appearing too busy. As a result, these bricks are ideal for housing developments, extensions, boundary walls and feature elevations that require timeless appeal and dependable performance.

• Heathered red multi facing bricks with subtle texture
• Manufactured by Wienerberger using premium clay
• Durable, frost-resistant and colour-stable
• Textured surface for improved mortar bonding
• Suitable for traditional and contemporary designs
• Ideal for façades, extensions and garden walls

The Dartmoor Heather N/S bricks by Wienerberger combine warm colour variation and long-lasting performance. They provide a versatile and attractive solution for projects seeking visual depth and structural reliability.