Reliable Asphalt Millings in Kyle, TX

Kyle is one of the fastest-growing cities in Texas, located in Hays County just south of Austin. That growth means more driveways, roads, and job sites going in every year — and a steady need for reliable, affordable materials like asphalt millings.

Asphalt millings, also called reclaimed asphalt pavement (RAP), are produced when existing asphalt surfaces are removed during road reconstruction or resurfacing. The old pavement gets milled off and processed into a reusable material that works well for driveways, parking areas, and unpaved roads throughout the region.

Hays County maintains roughly 1,000 miles of county roads and related infrastructure. As development continues around Kyle and into surrounding communities like Buda, San Marcos, and Wimberley, demand for durable, cost-effective materials keeps growing. Asphalt millings are a practical answer for property owners and contractors who need a solid surface without the cost of new asphalt.

TxDOT actively supports the use of recycled materials like RAP in road construction and maintenance projects across Texas. Using millings on your project keeps you in line with that broader push toward sustainable building practices in the state.

We schedule deliveries around your project, not around our convenience. If your site in Kyle is ready on a Tuesday morning, that is when we show up — with the right load size and the right material.

Asphalt millings are a recycled material, which means sourcing and availability can vary. We stay on top of supply so you are not waiting on a material that should be straightforward to get. Our team works in the field every day and understands what a delayed delivery actually costs a job site.

Choosing millings is also a sound environmental decision. Recycling asphalt reduces the demand for virgin aggregates and asphalt binder, conserving natural resources and diverting material from landfills. The EPA recognizes recycled construction materials like asphalt as a meaningful way to cut waste and reduce the energy required to produce new materials.