*7.3N or above strength / **Requires weathering protection i.e. rendering
Laylite foundation
Laylite foundation blocks are produced using responsibly sourced and sustainable high-quality sands and aggregates. Laylite foundation blocks are available in two widths to accommodate required cavity size.
Find out more
Solid dense
Solid Dense Concrete Blocks possess distinctive properties of durability and strength making them an ideal and cost-effect solution for all types of load-bearing walls.
Find out more
Hollow dense
Hollow dense blocks are the perfect solution for many types of applications including: internal walls including fire break structures, high strength load-bearing walls and structural blocks used in reinforced retaining walls. Suitable for painting.
Find out more
Easy-lay midi dense
Easy-lay midi dense blocks are comfortable to handle, easy to lay and cost effective. Easy-lay midi dense blocks can be laid above or below the DPC and are the perfect solution for all types of construction be it commercial, industrial or agricultural. Suitable for painting.
Modulite medium dense
Modulite medium dense lightweight 3.6n blocks are specified where thermal efficiency and manual handling 7.3n conditions are key requirements. 10.4n The product maintains its robust 7.3n qualities throughout its application 10.4n spectrum.
Find out more
Laylite ultra lightweight
Laylite is the obvious solution for the designer who requires load bearing 100mm 4.2n compressive strength combined with 7.3n excellent thermal resistance. 140mm 7.3n The specifiers choice when needing to tick all the boxes whilst meeting fiscal constraints of your project.
Find out more
Concrete commons
Designed to be used in many applications including: • Making up courses in blockwork • As padstones on top of hollow blocks • As reveals, jambs and window heads • As kicker units to bring blockwork to wall height
Find out more
Lightweight coursing
CCP lightweight coursing bricks and blocks are designed to be used in all types of construction in conjunction with lightweight aggregate blocks.
Find out more