SF Rima - 80mm 8x8 Smooth Top Permeable Pavers - Tremron

Tremron’s Green Collection offer aesthetic beauty, and engineered quality, while positively contributing to the surrounding environment. These specially designed pavers will reduce or eliminate storm water runoff and decrease flooding, while returning rainwater into the natural water table. In addition, Permeable Pavers also provide a sturdy paved surface for vehicular and foot traffic in parking areas, low volume roadways, driveways, patios, and walkways.

SF‐RIMA® has been leading the development of permeable pavement systems for over a decade. The VS 5™‐ Eco and VS 5™ ‐ Drain products provide reliable pavement systems to meet the structural requirements of a traditional pavement and provide the additional benefits of a permeable surface. SF‐Rima® Permeable Paver Systems are actively being implemented across North America because of their aesthetic beauty, engineered quality, and positive environmental contribution. If properly designed and constructed, these pavements can meet and greatly exceed their expected design lives.

SF Permeable Interlocking Concrete Paving Systems offer an environmentally friendly way of providing long lasting beautiful walkways, driveways and parking areas. The pavement system effectively filters and drains stormwater back into the native subgrade soil. Storm water run-off will be reduced or eliminated by Tremron SF-Rima Permeable Pavers, reducing flooding and relieving sewer systems. Tremron SF Rima's 3-1⁄8" thick profile provides a sturdy surface for vehicular traffic, making it ideal for both residential and commercial applications. SF Rima's unique spacer design allows it to be installed nub to block or nub to nub for improved water drainage and turf growth.

SF Permeable Interlocking Concrete Paving Systems are constructed over an open‐graded crushed stone base. The base provides infiltration and partial treatment of stormwater pollution for improved water quality and slow release of captured water to the underlying subgrade soil.

The paving stones themselves are constructed with no slump concrete and have compressive strength in excess of 55 MPa (8,000 psi). The paving stones use patented technology to maximize drainage and strength while using the shape of the paving stones to transfer surface loads to adjacent blocks and to resist lateral shifting.