Concrete Parking Lots

When it comes to reliability and repair work, concrete is the right choice for parking lots. Concrete offers a very competitive initial cost and a superior life cycle cost over asphalt. Here are the main reasons for choosing Concrete over asphalt. Concrete, once in place, requires little repair work. Asphalt requires annual seal-coating, repairs to potholes, sinkholes, bumps, wrinkles and unsightly low spots caused by parked vehicles. Concrete can handle much heavier loads because weight is distributed evenly. Concrete's reflective properties require less lighting during the night and absorb less heat during the day. Asphalt absorbs light and adds to global warming during the day. At night Asphalt requires much more lighting due to the lack of reflective properties. Pervious (or porous) concrete has given concrete another advantage. Parking lots using pervious concrete can eliminate drainage ponds. Pervious concrete allows rainwater to absorb into the sub-grade. This helps cool the water to acceptable temperatures before entering storm water sewers. This also filters harmful toxins such as oil before they enter our ecosystem.

30 year life cycle cost analysis



Marquart Concrete Products

The Clear Lake location began their block manufacturing operation in 1945 as Zeidler Concrete Products. In 2003 Zeidler was purchased by Dakota Red Corporation. The name remained Zeidler Concrete Products until January 2006 when it was changed to Marquart Concrete Products.

The variety of landscaping, concrete masonry, and brick products add to their ability to provide building materials throughout the Midwest.

LEED

Marquart, the Midwest's premiere manufacturer of sustainable masonry building products, is taking the initiative and leading the way by manufacturing top quality sustainable materials without the premium cost frequently associated with "green" products. Marquart efforts to provide green construction solutions coincide with the efforts of the U.S. Green Building Council's LEED (Leadership in Energy and Environmental Design).