Why use interlocking concrete pavers?
Concrete pavers are produced on specially designed machinery which ensures an exact quality controlled process that produces concrete pavers of higher strength and durability than poured in-place concrete. Interlocking concrete pavers are manufactured as a single homogeneous mix throughout; or a two mix system which has a top coat. For example E-P Henry pavers have a minimum average compressive strength of 10,000 psi, compared to poured in-place concrete with an average of 3,000 psi ( almost 4 times stronger), and have a lower absorption rate as well. Concrete pavers are the ideal product for freeze/thaw environments. With proper installations, this product provides a hard wearing and flexible surface. The joints between the pavement allow the walkway, driveway, or patio to move without cracking. In addition, they can be “unzipped” to allow for repairs or easy access to utilities. Unlike asphalt, or stamped concrete, Pavers are virtually maintenance free and do not need to be regularly
Concrete pavers are produced on specially designed machinery which ensures an exact quality controlled process that produces paving brick of higher strength and durability than poured in-place concrete. Concrete pavers are manufactured as a single homogeneous mix throughout; not a two mix system which has a top coat. Concrete pavers have a minimum average compressive strength of 8,000 psi, compared to poured-in-place concrete with an average of 3,000 psi (almost 3 times stronger), and have a lower absorption rate as well. Concrete pavers are the ideal product for freeze/thaw environments. With proper installation, this product provides a hard wearing and flexible surface. The joints between the pavement allow the walkway, driveway, or patio to move without cracking. In addition, they can be “unzipped” to allow for repairs or easy access to utilities. Unlike asphalt, pavers are virtually maintenance free and do not need to be regularly sealed or replaced.
– Concrete pavers are produced on specially designed machinery which ensures an exact quality controlled process that produces paving brick of higher strength and durability than poured in-place concrete. Concrete pavers are manufactured as a single homogeneous mix throughout, not a two mix system which has a top coat. Concrete pavers have a minimum average compressive strength of 8,000 psi, compared to poured-in-place concrete with an average of 3,000 psi (almost 3 times stronger), and have a lower absorption rate as well.Concrete pavers are the ideal product for freeze/thaw environments. With proper installation, this product provides a hard wearing and flexible surface. The joints between the pavement allow the walkway, driveway, or patio to move without cracking. In addition, they can be unzipped to allow for repairs or easy access to utilities. Unlike asphalt, pavers are virtually maintenance free and do not need to be regularly sealed or replaced.
