Rip-rap is a method typically used along stream banks or sea banks to protect soil from runoff erosion or wave erosion. It consists of stones with well-graded weights and shapes interlocked together to form a layer or protective mound. Stones used for rip-rap have an angular shape, are hard, durable, and are usually dumped on a gravel bedding layer and/or a woven or nonwoven geotextile fabric  Rip-rap structure has two functions: the stones absorb and deflect the energy of water waves, whereas the gaps between the rocks slow the flow of water by reducing its ability in eroding soil - rip-rap.

As mentioned above, rip rap is mostly used to prevent water erosion and scouring. This type of rock is commonly used as coastal defence as well as inland waterways and lining rivers. This type of rock should be used near bodies of water to prevent erosion and scouring. This includes oceans, ponds and lakes. Due to the concentrated surface runoff, rip rap protects soil from erosion. This makes riprap especially suitable to stabilise shoreline slopes that are unstable due to seepage - Santa Cruz Island Barge Service.

So, whether you are searching for riprap for sale or riprap for erosion control, you can purchase rip rap and other aggregates. We also stock other aggregates, including quarried aggregates, recycled aggregates and decorative aggregate. Riprap describes a range of rocky material placed along shorelines, bridge foundations, steep slopes, and other shoreline structures to protect from scour and erosion. Rocks used range from 4 inches to over 2 feet. The size of the rock needed on a project depends on the steepness of the slope and how fast water is moving. Riprap is a very durable, natural-looking treatment. One drawback is the potential for the rocky material to not be easily traversable by animals; filling the open spaces between the rocks with soil or smaller rocks helps to address this issue.

Erosion can compromise bridges, wash out adjacent roadways, or cause loss of property; preventing erosion helps to keep the public safe. At first glance, riprap may seem like a simple science for mitigating the power of water, but it requires a lot of evaluation from engineers. Cost comes into the conversation early because rock can’t always be found locally, and transporting a large quantity of rock isn’t cheap, and neither is the rock itself. Determining the effective size and amount of rock can limit the cost associated with the solution. For more information please visit our site https://www.Pacificmaritimegroup.com/