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How Asphalt Paving And Milling Saves Money Without Cutting Corners

When you’re facing noticeable deterioration on your asphalt surfaces, but don’t have the budget for full reconstruction, asphalt paving and milling may be a solution worth exploring. Asphalt milling in Dallas can make way for restoration work, allowing you to address pavement problems without breaking the bank or cutting corners. Here’s what you need to know.

What Is Paving and Milling?

Asphalt paving and milling refers to a precise restoration process that involves removing damaged material before replacing it. Dallas asphalt milling is typically the first step in larger resurfacing projects. After removing the damage and transporting the milled asphalt off-site, contractors can apply a new overlay.

That overlay offers the look and performance of freshly paved asphalt. However, because asphalt millings come only from the damaged layers, not the entire structure, you experience considerable savings.

How Does Milling in Dallas Work?

Milled asphalt in Dallas is the byproduct of a unique process. Milling involves removing just a few inches off the top of deteriorated pavement. Project particulars vary, but most Dallas asphalt milling projects remove only 1 to 3 inches of material.

To achieve that precision, contractors use an asphalt grinder. Also known as a milling machine, asphalt grinders feature rotating drums and sharp cutting teeth. As the drum turns, those teeth pulverize material. However, contractors have full control, removing mere inches of asphalt with multiple shallow passes.

This process produces milled asphalt, which contractors can send to recycling facilities for reuse. After making any necessary repairs, experts can prime the surface before applying the overlay.

In What Ways Does Paving and Milling Save Money?

There are a few ways that milling saves money. First, the precise nature of milling and resurfacing ensures that no usable material goes to waste. Asphalt grinders remove the damaged surface material while leaving the foundation intact.

After removing the asphalt millings, contractors can reuse the existing foundation for the overlay. Because teams aren’t rebuilding the entire surface from the ground up, there’s significantly less new material involved. That alone reduces the cost of a restoration project by a large margin.

Contractors can further reduce costs by using recycled asphalt for the overlay. As mentioned earlier, milled asphalt in Dallas is recyclable. Old asphalt millings gain new life as an aggregate in recycled asphalt paving (RAP), which is both more affordable than standard hot asphalt mixes and more sustainable.

Does Dallas Milling Compromise Quality?

The beauty of asphalt milling in Dallas is that it doesn’t compromise quality in any way. Traditionally, there are only two ways to address damage. You either invest in continual repairs that don’t last, or you foot the bill for full-blown reconstruction.

Asphalt paving and milling is the affordable middle ground. Contractors only replace what’s damaged and reuse the foundation. As long as that base foundation is in good shape, and contractors effectively remove all milled asphalt and damaged material, the overlay can offer impressive strength and reliability. In fact, the overlay can offer better protection for the foundation, increasing longevity and reliability without compromising strength.

Ready to transform your old, damaged pavement? HI-TEK Paving has you covered. We’re a full-service paving contractor offering new paving, sealcoating, repairs, concrete installation, parking lot striping, maintenance, and overlays. We use state-of-the-art equipment that offers impeccable precision while effectively removing milled asphalt in Dallas. Our team is well-trained to develop solutions that count, no matter how complex your needs may seem.

Let’s talk shop and explore your options. Give HI-TEK Paving a call today at (214) 751-8431 to learn more and receive a free quote. You can also reach out via email at kevin@hi-tekpaving.com or through our online contact form.