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What Should You Expect During a New-Construction Paving Project in a Growing Colorado Springs Corridor?

What Should You Expect During a New-Construction Paving Project in a Growing Colorado Springs Corridor?

June 25, 2026

A new-construction paving project in a growing Colorado Springs corridor is a multi-phase process that transforms raw land into a finished, code-compliant asphalt surface through sequential site preparation, engineered subbase work, hot-mix asphalt installation, and final striping. This guide covers site preparation and drainage infrastructure, project timelines and installation phases, freeze-thaw resilience and climate-adapted design,

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How Milling & Paving Improves Parking Lot Safety

How Milling & Paving Improves Parking Lot Safety

April 10, 2025

A well-maintained parking lot is critical for safety, accessibility, and liability prevention. Over time, asphalt deteriorates due to heavy traffic loads, extreme weather, and oxidation, leading to cracks, potholes, and uneven surfaces. These hazards not only compromise vehicle performance but also increase the risk of pedestrian injuries and costly legal claims. Milling and paving provide

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How to Maintain Your Pavement After a Mill & Pave: Expert Tips for Longevity

How to Maintain Your Pavement After a Mill & Pave: Expert Tips for Longevity

April 10, 2025

A newly resurfaced asphalt pavement is a critical asset, whether it’s a commercial parking lot in Colorado Spring, municipal roadway, or private driveway. The mill and pave process, also known as asphalt milling and overlay, effectively restores deteriorated surfaces by removing damaged layers and applying a fresh asphalt overlay, enhancing both structural integrity and curb

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What Is Asphalt Milling and When Is It Needed?

What Is Asphalt Milling and When Is It Needed?

April 9, 2025

Over time, asphalt surfaces degrade due to continuous vehicular load, environmental exposure, and oxidation. Surface distress, manifesting as alligator cracking, rutting, ravelling, and pothole formation, compromises both structural integrity and safety. When conventional patching fails to provide a sustainable solution, asphalt milling emerges as the most efficient method for surface rehabilitation. Asphalt milling, also known

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