What Is A Retaining Wall

A retaining wall is a wall that is built to keep in place a large mass of soil. they are commonly used when the landscape and terrain need to be made more safe and accessible for use. Retaining walls come in a variety of sizes but are usually over 3 feet in height, they are commonly mistaken for garden walls which are usually small and bear no load. If you would like to know more about retaining walls and their purpose, feel free to get in touch with us.

Why Use Concrete

Concrete is a great choice for building a retaining wall as it is very strong and durable, meaning it can easily withstand the heavy load the retained soil will put on it. It is also very resistant to external factors such as moisture, so you will not have to worry about any rot, or rust during your concrete retaining walls’ long expected life cycle. Call us on the number above to find out more about the benefits of using concrete for a retaining wall.

How Our Concrete Retaining Walls Service Works

As with all of our services, our ‘Concrete Retaining Walls’ service is designed to be accessible to anyone and very easy to use. You just have to reach out by either completing the contact form on our website and waiting for our quick response or call us on the number above to talk to one of our helpful customer service agents. Once we have a rough idea of your wants and needs we can use our accurate concrete calculator to give you a free estimate for our affordable concrete retaining walls. We are extremely confident that you will find our prices more than reasonable and we can now arrange for a date and time to start the work. With your input, our team will design and install high-quality retaining walls that will serve your property well for many years to come.

Recycle, Reuse, Reduce

Here at Concrete Contractor Salt Lake City, we tend to use as much recycled concrete as possible to do our bit for the environment. We believe, because of its ability to be broken down and easily recycled concrete is a sustainable and environmentally friendly building material. Its initial relatively high carbon footprint is offset, by its ability to be reused over and over again in a variety of projects.