Arlington is the third-largest city in the Dallas-Fort Worth metro, with roughly 394,000 residents spread across about 100 square miles. Much of that land is covered by the Blackland Prairie clay soil that defines this part of North Texas. That clay swells when it gets wet and contracts when it bakes under summer heat - and in Arlington, the summer heat is serious. Average July highs run 96 to 98 degrees, and concrete surface temperatures in direct sun can push well past that. The combination of expansive soil and extreme heat puts steady stress on every slab in the city. Most of Arlington's housing stock was built between the 1950s and the 1990s, which means the concrete in older neighborhoods has absorbed 30 to 70 years of that seasonal cycle. Cracked driveways, uneven patios, and pitted garage floors are not unusual here - they are the predictable outcome of clay soil doing what clay soil does over time.
Arlington also sits in the part of North Texas most vulnerable to spring hailstorms. The DFW area is among the most hail-prone regions in the country, and large hail events that damage outdoor concrete surfaces occur multiple times most years. Winter adds another factor: the February 2021 freeze event knocked out power across the region and sent temperatures into single digits - far below what most Arlington homes and their concrete slabs were designed to handle. That freeze cracked exposed concrete, burst pipes, and left visible damage that showed up all spring. A contractor working in Arlington needs to understand that combination of soil movement, extreme summer heat, storm impact, and occasional hard freeze - because each of those forces affects how concrete is prepared, coated, and maintained.