Brian Morrow of RhinoRock, says the guiding principle in the ten year development of the product was to create a concrete fence that is beautiful and durable, but also affordable. The lightweight panel has a high performance concrete shell that is heavily fiber reinforced that is bonded to a solid foam core. Formal Engineering testing has shown that the panel when laid horizontally and supported only on the ends can support 1.5 tons of water distributed along its surface. This is equivalent to a 160 mph wind load. The full engineering report is available on their website http://www.RhinoRock.com/
Since the panel exterior is made of a high performance concrete, unlike many other fencing materials, it is totally UV stable, is not affected by water, dimensionally stable, and unaffected by seasonal temperature changes and requires no maintenance. Also other types of materials cannot achieve the realistic stone appearance as well as concrete does. The concrete surface can easily be color stained on site to compliment homes or commercial buildings.
Due to the significant reduction in weight, the RhinoRock fence can be be installed in back yards with little damage to the existing landscaping. In contrast to a typical concrete fence, the RhinoRock concrete fence does not require large equipment for installation as the fencing components can be moved into place by hand.
The six foot tall column and panel fence system is protected by two patents and two more that are pending. Adam Anderson, general manager of RhinoRock, says that due to its reduction in weight and efficient patented installation system, a three person crew can install between 300 to 600 lineal feet of the RhinoRock fence in one day.
The RhinoRock concrete fence product is sold and installed by licensed re-sellers who must participate in certification training in order to become certified re-sellers.
For more information about RhinoRock Concrete Fencing or becoming a certified re-seller in your area please contact:
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RhinoRock manufactures a concrete fence that uses 90% less material than a typical concrete fence. Significant reduction in material translates into reduced costs to produce and ship.