Troutville Aggregates supplies a variety of dolomite and limestone materials used in road construction, site development, drainage systems, utility installations, erosion control, concrete production, asphalt production, and other construction applications.

Products include crusher run, aggregate stone, rip rap, select materials, and specialty products.

Troutville Aggregates is located at:
6071 Catawba Road – Gate 4
Troutville, VA 24175
Across from the GFL Botetourt Landfill.

We serve customers throughout Southwest Virginia, including Roanoke County, Roanoke City, Botetourt County, Craig County, Alleghany County, and surrounding communities.

Please contact Troutville Aggregates to discuss delivery options, service areas, and project requirements.

Our Material Calculator can help estimate the amount of material required for your project.

#57 stone is one of the most versatile aggregate products available. It is commonly used for drainage systems, concrete production, driveways, utility work, and general construction applications.

Crusher run is commonly used as a compacted base material for roads, driveways, parking lots, building pads, and other construction projects where a stable foundation is required.

Rip rap consists of larger stone used to control erosion, stabilize slopes, protect shorelines, reinforce drainage channels, and support stormwater management systems.

Both are widely used construction materials. Dolomite typically contains magnesium and is often selected for its durability and performance in a variety of construction and infrastructure applications.

Drainage requirements vary by project, but aggregate products such as #57 stone are commonly used because they allow water to flow through the material while providing structural support.

Road construction projects often use crusher run and other base materials to create stable foundations that support pavement and long-term performance.

Utility projects frequently require pipe bedding materials, drainage aggregate, and compactable base materials that provide support and protection around underground infrastructure.

Rip rap products are commonly used to help control erosion, stabilize slopes, protect drainage channels, and reduce the impact of moving water.

Crusher run is frequently used for driveways because it compacts well and creates a durable surface capable of supporting vehicle traffic.

Edinburg TerraLite™ is an engineered shale backfill produced at Troutville Quarry and designed for civil, geotechnical, transportation, and infrastructure applications.

Lightweight backfill may be beneficial when reducing structural loads, minimizing settlement, improving drainage, or addressing challenging soil conditions.

Lightweight backfill materials may help reduce structural loads, minimize settlement, improve drainage, and address challenging site conditions. Engineers often evaluate lightweight alternatives when designing bridge approaches, embankments, retaining structures, and other infrastructure projects.

Yes. TerraLite can be used in applications where reduced weight and drainage performance are important considerations.

Yes. Lightweight engineered backfill materials are often considered for bridge abutments and wing walls because they can help reduce loading and earth pressures.

TerraLite provides a lightweight alternative to conventional fill materials while offering predictable compaction, drainage performance, and stability.

Yes. TerraLite may be used in utility trench backfill applications where drainage, compaction, and weight reduction are important considerations.

Bridge abutments, MSE walls, utility installations, embankments, roadway support, commercial site development, and infrastructure projects.

Product availability may vary based on demand and production schedules.

Yes. Certain products, including select materials, rip rap classifications, #357 stone, and imbricated stone wall materials, may be available by request.

Contact Troutville Aggregates directly at (540) 765-3424.

Our team can help evaluate your project needs and recommend materials based on application, performance requirements, and site conditions.