Sand & Gravel
Sand and Gravel Delivery in South Lyon, MI
Sand and gravel are essential for nearly any landscaping project. They stabilize paving, provide a permeable foundation for grading, and serve many other purposes when it comes to landscaping. Stone Depot Landscape Supplies is your go-to provider for sand and gravel delivery! We prioritize our customers’ needs and ensure you get the materials required for your landscaping and construction projects.
Got potholes? We can help fill them! Michigan’s changing weather often leads to drainage issues from melting snow and rainstorms, making gravel an essential material. Contact us for gravel and we’ll fill your holes!
Sand and gravel products we offer
We provide a wide selection of sand, gravel, and crushed rock materials to suit your specific project needs. Some of our most popular and recommended options include:
- 2 NS sand
- Mason sand
- Slag sand
- Fill sand
- 3/4 limestone clean
- 3” crushed concrete
- 21AA crushed concrete
- 21AA natural stone
- Pea pebble
- 60/40
- 21AA limestone
- Float stone
Depending on the project you’re working on, we can also help advise you on the best sand and gravel materials for the job. Moreover, when you do make a decision about the products you’d like from us, you can be guaranteed the highest standard of quality and timeliness of delivery.
Get sand and gravel today
If you’re planning a landscaping project in South Lyon, Milford, Wixom, Northville, or Ann Arbor, MI, finding a reliable sand and gravel supplier is crucial.
No matter the amount of materials you need or when you require sand and gravel delivery in South Lyon, MI, trust Stone Depot Landscape Supplies to serve you to the fullest. We take immense pride in being able to meet your needs and to do so in a professional, friendly manner. Contact us today by calling 248-437-1719 to learn more about how we can assist you in choosing sand or gravel products, topsoil or mulch, pavers, or for more information about delivery logistics.
Prices are subject to change without notice and are dependent on volume.