Retaining Walls in Northville, MI
Improving Stability, Preventing Erosion
Retaining walls are versatile, reliable, and attractive solutions.
Is your commercial or residential property in Northville losing soil due to erosion? Perhaps you need a retaining wall. Retaining walls can be made from various materials. Such as interlocking walls from Fendt, Unilock, Bestway, Oaks, and High Format. We also can use natural walls such as boulders, outcropping, ledgestone or flagstone. We source our natural stone from all over the world including India, Canada, Wyoming and Michigan to name a few places. Using any of these products can make your home or business in Northville one of a kind. Teddy’s will help you choose the right material for your job and make your retaining wall both functional and aesthetically pleasing.
Our years of experience and training ensures that your wall will last a lifetime. Choosing the right walls and materials for your property is critical, and our experience and education will keep your property looking great for decades. Give us a call today and our landscape designers will create the perfect wall for your property in Northville today.
Reasons to choose Teddy’s for your Retaining Wall Installation in Northville:
~ Competitive pricing
~ Local southeast Michigan company
~ We used eco-friendly recycled materials
~ Staff of hardscape experts with years of experience
~ Top quality brands
~ Lifetime warranty on our brick products
~ Three year warranty on hardscape construction
~ Certified landscape technician on staff, specializing in hardscapes
~ Wide range of paver colors and designs
~ Professional landscape designers with years of experience
~ Multiple crews to ensure a fast turn around
Satisfied Customers
“This company is as professional as they come. They have made the necessary investment in equipment and in employee training to provide a very valuable experience at a fair price. Their reliability and attention to detail are key discriminators that make them stand out as one of the best in their field.”