The TBS Red Blend is a high-quality facing brick that is ideal for both commercial and domestic use. This brick is made from clay which have a high thermal mass and low conductivity and when incorporated into a building it gives it an acoustic insulation.

Brand Name	Traditional Brick & Stone
Colour	Red
Material	Clay
Manufacturer Model No	101/987/044
Wear Type	N/A
Type	Facing Brick
Certifications Met	N/A
Country of Origin	N/A
Protects From	N/A
Waterproof	N/A
Number of Pockets	N/A
Dimension	215mm x 100mm x 65mm
Height	65mm
Length	215mm
Width	100mm
Pack Size	730
Frost Resistance	F2
Water Absorption	13%
Compressive Strength	25 N/mm2
Durability	F2
Texture	Heavy

The Ibstock Capital Multi Stock brick has a light texture and is perfect for renovating external walls. It is made of clay, which makes the brick solid and long-lasting. Moreover, it will offer you good acoustic insulation, inhibit condensation and control atmospheric humidity.

Brand Name	Ibstock
Colour	Red
Material	Clay
Manufacturer Model No	A0717A
Type	Facing Brick
Weight	1092 kgs
Brick type	Facing
Texture	Light
Height	65mm
Length	215mm
Depth	102mm
Water Absorption	14%
Compressive Strength	25 N/mm²
Process	Stock
Manufacturer	Ibstock
Durability	F2
Pack Quantity	475
EAN Barcode	5036335008973

The Forterra Facing Brick Old English Rose - Pack Of 495 offers an exceptional blend of aesthetic appeal and durability. These bricks come in a charming old English rose colour, ideal for creating a traditional, rustic look on any structure. Crafted with precision and quality by Forterra, one of the leading manufacturers in the UK, the bricks are resilient to weathering and wear. This pack contains 495 bricks, providing ample supply for construction or renovation projects.

Brand Name	London Brick Company
Colour	Old English Rose
Country of Origin	UK
Material	Clay
Protects From	weathering
Type	Facing Bricks
Length	215 mm
Width	102.5 mm
Height	65 mm
Weight	2.2 kg per brick (approximately)
Texture	Textured
Density	2000 kg/m^3 (approximate)
Compressive Strength	"">=50 N per mm2"
Thermal Conductivity	0.84 W/mK