Eagle Bay’s Greenscape line of products was developed to support architects and builders in their pursuit of more environmentally-intelligent construction.
Use Eagle Bay hardscape products to earn LEED Certification Points. Some possible areas include Stormwater Design/Management, Heat Island Effect, Regional/Local Materials, Energy Savings, Recycled Content, Reuse Potential, and Innovation inDesign. Eagle Bay is also proud to offer several products that have Cradle-to-Cradle SM designation. Eagle Bay is proud to announce that its entire line of permeable pavers is now available using an innovative dry-cast concrete material with 20% post-consumer, recycled glass content.
Permeable Pavement Systems
A Permeable Pavement System can help control water runoff, decrease the impervious surface area of parking lots and driveways, refresh the aquifer, and ecologically manage contaminants.
SF Rima™ – A durable paver that works well with residential roads, industrial yards, residential and commercial parking lots, driveways, walkways, plazas, and more.
TurfStone – Its unique design allows vegetation to grow through the system and works well in areas where the look of nature needs to be preserved.
The EcoBay Permeable paver system works to improve the quality of our water and reduce the negative effects of stormwater runoff.
Retaining Wall Systems
Retaining Wall Systems can be attached to soil anchors, eliminating the need for extensive excavation disturbing natural soils for geogrid reinforcement.
Landmark™ System – Designed to meet the high standards set by the transportation industry, the Landmark retaining wall system performs under extreme loading conditions and comes in multiple sizes for full flexibility.
Anchor™ Segmental Retaining Wall Systems – The National Oceanic and Atmospheric Administration reports that unprotected waterfront property erodes away at an average rate of about 2.5 feet annually. Anchor™ Segmental Retaining Wall Systems offer a durable, functional, and aesthetically pleasing solution to shoreline erosion.