The Impact of Our Outdoor Systems
ProCote's Aqua-Terra makes full use of the flexible application options of our materials, offering practically limitless surface patterns and color schemes for massive surface areas at a fraction of the cost of using traditional methods. This is made possible because our outdoor systems do not require the removal of existing concrete and demand little effort to move, shape, and fit materials into place. Yet surprisingly, most ProCote Aqua-Terra topping applications are several times more durable than conventional materials due to their superior impact and weather resistance.
Unlike fitted stone or brick, toppings are impervious to the shifting and buckling caused by seasonal freeze and thaw conditions. In addition to the ability to replicate traditional building and paving materials, the ProCote Aqua-Terra topping systems allow you to create colors and textures that are not available in any other form. These color schemes can be applied throughout an entire development regardless of whether they are naturally occurring or not.
Our Outdoor Concrete Finishing Solutions
With the advent of modern topping materials, outdoor concrete finishing in North America has taken tremendous strides in becoming one of the most versatile building and design mediums available. ProCote developed our innovative Aqua-Terra systems to resurface and enhance walkways, display porches, common areas, and other outdoor surfaces. These concrete finishing solutions are an acrylic/Portland-blend topping designed to resurface badly pitted, spalled, and weathered concrete. They can be sculpted to meet almost any design criteria.
What is So GREAT
About AQUA-TERRA ?
Aqua-Terra systems are waterproof and slip-resistant solutions with chemical and stain resistance for wet conditions. They may also be used as design enhancement material for certain indoor applications. Custom colorations are available per your specifications. These systems carry a five-year warranty against delamination and wear through for approved substrates.