Level Above Paving Group

Recent site development work we performed for a new construction veterinary clinic. Reach out to us for your paving needs today!

Fun fact: Asphalt work should not be performed once the temperatures are below 50 degrees Fahrenheit. Take this fall season to give your parking lot or road, a new look — new asphalt can revitalize any business or neighborhood!

Kicking off our re-branding with some pics of a storage facility we just re-paved in the Greenville, SC metro. All in a day’s work! #asphalt #construction #paving

Here’s some drone footage of some recently completed road construction we performed near the Hartsfield-Jackson International Airport — an intersection and about 2 miles of roadwork. Reach out to us for your paving needs today! #paving #construction

?? Opportunity to Profit: Join Our Referral Program! ?? Do you know businesses in need of top-quality asphalt paving? Refer them to Level Above Commercial Services and receive a cash reward for each successfully won project. ?? Why Partner with Us? ? Expertise in Paving: Specializing in roads and parking lots, we ensure excellence in every project. ? Dedicated Team: Our professionals are committed to quality and customer satisfaction. ? Trusted by Clients: We’re known for our reliability and superior service. ?? Referral Rewards Expand your earning potential by connecting us with new clients. It’s a simple way to benefit from your network. Interested? Reach out today to learn more about how our referral program can work for you!

Understanding Asphalt Maintenance Services: Addressing the Root Causes Maintaining asphalt surfaces is not just about prolonging their lifespan; it’s about tackling the underlying issues that necessitate such services. Here’s a closer look at various asphalt maintenance services and why they become necessary: 1. Crack Sealing: Cracks typically form due to thermal expansion and contraction, water infiltration that weakens the base, or heavy traffic loads. Sealing these cracks is crucial to prevent further deterioration and potential safety hazards. 2. Pothole Repair: Potholes are often the result of water seeping into the pavement through unsealed or improperly sealed cracks. Freeze-thaw cycles then exacerbate the damage, leading to the formation of potholes. Timely repair is essential to maintain surface integrity and safety. 3. Sealcoating: Asphalt surfaces are subjected to various damaging factors, including UV radiation, rain, chemicals, and oil spills. These elements can cause the asphalt to dry out and become brittle, leading to cracks and erosion. Sealcoating provides a protective barrier, extending the pavement’s life. 4. Overlay: Over time, asphalt surfaces can become worn and uneven due to repeated traffic loads, weather exposure, and the natural aging process. An overlay adds a new layer of asphalt, restoring smoothness and structural integrity without the need for complete replacement. 5. Line Striping: Traffic markings fade over time due to wear from vehicles, weather conditions, and UV exposure. Regular line striping is necessary to ensure the clarity and effectiveness of traffic flow patterns, parking spaces, and safety markings. By addressing the root causes of pavement issues, these maintenance services not only extend the life of asphalt surfaces but also enhance safety and aesthetics. It’s crucial for property owners and managers to stay proactive in identifying and addressing these needs to ensure the longevity and functionality of their asphalt infrastructure. Contact us today to address your asphalt needs! #paving #asphalt #construction

Concrete vs. Asphalt: Choosing the Right Material for Your Next Project When planning infrastructure projects, one of the critical decisions involves choosing between concrete and asphalt. Both materials have unique advantages and applications. Let's break down the key differences to help inform your choice: ??? Uses: ASPHALT: predominantly used for road surfaces, parking lots, and airport runways due to its ability to absorb noise and provide better traction. CONCRETE: favored for heavy-duty industrial floors, bridges, sidewalks, and residential driveways, offering greater design flexibility and load-bearing capacity. ? Lifespan: ASPHALT: typically lasts 15-20 years with proper maintenance. Its flexibility makes it more adaptable to temperature fluctuations and less prone to cracking in cold climates. CONCRETE: can last 30-40 years or more. It's highly durable and resistant to heavier traffic loads, making it a long-term solution for infrastructure. ?? Maintenance: ASPHALT: requires more frequent maintenance, including sealing cracks and resealing every 3-5 years. However, repairs are generally simpler and less expensive. CONCRETE: low-maintenance but can be more challenging to repair if it cracks or chips. Regular cleaning and occasional sealing are recommended to extend its lifespan. ?? Cost: ASPHALT: often less expensive upfront due to lower material and installation costs. It's a cost-effective choice for large areas and projects with budget constraints. CONCRETE: while generally more expensive initially, can be more cost-effective in the long run due to its longevity and low maintenance needs. ?? Environmental Considerations: ASPHALT: 100% recyclable, and modern warm-mix asphalt technologies reduce energy consumption during production. CONCRETE: reflects more sunlight, reducing the urban heat island effect, and can incorporate recycled materials like fly ash in its mix. Choosing between asphalt and concrete depends on your project's specific needs, budget, and long-term goals. Consider these factors to make an informed decision that aligns with your project requirements and sustainability objectives. Reach out to us today to learn more! #Infrastructure #Construction #Paving #ProjectManagement

The Evolution of the Asphalt Industry: A Road Through Time Asphalt's story, rich in history and innovation, is a reflection of human progress in building and infrastructure. Let’s explore this remarkable journey and glimpse into its future: ??? Ancient Beginnings: Asphalt begins its journey in ancient civilizations. The Mesopotamians, Greeks, and Romans utilized natural asphalt for waterproofing and as mortar, laying the groundwork for its future versatility. ?? Medieval to Early Modern Usage: During medieval times, asphalt was used in Europe for caulking ships and building waterproofing. These applications, while not widespread, showcased its durability and water-resistant properties. ?? 19th Century, The Dawn of Modern Asphalt: A pivotal moment in the 1800s. In 1870, America's first asphalt-paved road was laid on Newark, New Jersey's William Street, marking asphalt's critical role in modern road construction. ?? 20th Century, Era of Innovation: This century brought significant advancements. Refined petroleum asphalt and improved mixing methods enhanced road quality. World War II catalyzed the development of asphalt mix designs, foundational to today's applications. ?? Late 20th Century to Present, Sustainability and Technology: The 1970s oil crisis steered the industry towards recycling and sustainable practices. Developments in warm-mix asphalt reduced production energy consumption. Digital advancements like GPS and analytics tools revolutionized paving, with recycled materials enhancing performance and reducing environmental impact. ?? The Future, Paving Smarter Roads: The asphalt industry is gearing up for transformative changes. Research focuses on creating resilient mixtures for extreme weather and heavy traffic, alongside efforts to further reduce emissions and incorporate eco-friendly materials. Innovations in smart technology integration, like self-healing asphalt and roads capable of communicating with autonomous vehicles or charging electric cars, are on the horizon. Advanced analytics and IoT devices for real-time road monitoring are set to revolutionize maintenance and safety. Asphalt's evolution from ancient waterproofing to building the smart roads of tomorrow illustrates its enduring significance in our infrastructure. It stands as a testament to human ingenuity and our ongoing quest for better, more sustainable ways to connect and advance.