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Ketley Staffordshire blue extruded brick slips are thin clay brick facings made from the same clay and firing process as Staffordshire blue solid and perforated bricks, ensuring consistent colour. Used for cladding, they reduce embodied carbon by 70% compared to cut bricks. Matching pistol slips are available for corners and reveals: thin brick

Staffordshire Brown Brindle is a Class A engineering and facing brick manufactured in the UK from Etruria Clay. The bricks are unique to Ketley and provide an alternative to Staffordshire Blue for use as a feature brick. They are available as either solid or perforated types: large commercial projects; canal-side works; bridge parapets. excellent

Ketley's Staffordshire Red bricks are manufactured in the UK to engineering Class A specifications. They are available as either solid or perforated types: commerical developments; landscaping; structural projects (eg. bridges, factory walls). excellent acid resistance; high strength and durability; strong aesthetic appeal. Staffordshire Red

Ketley Special Shaped Bricks are made from Staffordshire clay and designed for use in exposed or vulnerable areas of brickwork. Shapes include bonding bricks, copings, cappings, bullnose, angle, cant, plinth, arch, radial, cill, soldier, non-standard cuboid, Brixel, planter, Swift, and Bee bricks. Bespoke shapes can be made from supplied drawings

Ketley Staffordshire Red brick slips are suitable for use on pre-fabricated panels and other cladding systems. They provide a durable, cost-effective method of construction combined with the strong aesthetic appeal of traditional clay brick colours: strong aesthetic appeal; no cutting required; uses only 30% of the embodied carbon of traditional

Staffordshire brown brindle extruded brick slips are thin clay brick facings made from Etruria Marl clay, designed for lightweight cladding and prefabricated panels. Manufactured in smooth, sanded, and textured finishes, they match Ketley class A brown brindle bricks in colour and durability, and use only 30% of the embodied carbon of traditional