Redi-Rock is the perfect product for developers and infrastructure planners. There are just as many commercial applications for Redi-Rock as there are for residential projects. Installation is fast, easy, and the result is a finished look for large property developments, highway projects and other commercial properties. The bonus: it’s and engineered product.
If you have an upcoming development project, consider how much time and labour expense you can save by having Redi-Rock delivered directly to your building site. Saving time also means that disruptions to the usual traffic flows are kept to a minimum, which is an efficiency your clients will always appreciate. Here are just a few commercial applications that are a perfect fit for Redi-Rock.
Retaining Walls: Retaining walls can protect residential developments from erosion, adding long-term safety and value to your development project. Free-standing columns, gate entrances, pilaster walls, fence and pedestrian guards can enhance the look and safety of any neighbourhood. You can choose from different face textures, and even incorporate planter options so you can get creative.
Creating Usable Land: Make the most of your development by using Redi-Rock to level or terrace a property. Redi-Rock is engineered for strength and the easy building block application is a fast way to provide quality support for buildings, or create parking areas.
Flood Protection: Redi-Rock retaining walls can be installed using minimal space so you can easily provide flood protection by creating water channels, water retention ponds, and or retaining walls that protect shorelines from erosion.
Roads and Bridges: For highway and roadside retaining walls, Redi-Rock takes up minimal space so it’s one of the easiest ways to meet right of way requirements. Because it was designed by engineers for engineers, many test reports and installation specifications are available. Construction details are available so you know your structure is built properly, able to withstand the load, and built to last.