The Decision Between Residential Asphalt Sealing and Crack Sealing
Asphalt is an affordable, durable material that’s popular for driveways, parking lots, and roads. However, exposure to environmental factors like UV rays, water intrusion, oil spills, and road salt can cause asphalt to dry out and crack over time. Sealcoating slows this process by forming a protective barrier over the surface of the pavement, enhancing its appearance and increasing its longevity. Find out :sacramentoasphaltsealing.com
The Decision Between Residential Asphalt Sealing & Crack Sealing
Choosing between asphalt crack sealing and sealcoating depends on the current condition of the pavement as well as the desired outcome of the maintenance effort. Crack sealing is a good option for older pavements with accumulated damage, while sealcoating offers preventive benefits and can extend the life of newer surfaces.
To ensure the best results, both options should be part of an overall maintenance plan that also includes regular inspections and repairs to stains, cracks, and potholes. Prior to sealing, the pavement should be swept or power washed to remove debris and contaminants that could interfere with adhesion. This will prepare the surface for the application of the selected sealant, which can be made from a variety of substances including coal tar, rubber, asphalt, or acrylic.
Before applying the sealant, it’s essential to make sure that all cracks are filled with hot or cold pour crack fillers for a clean and smooth finish. When the sealant is applied, it must be allowed to dry completely before traffic can resume on the surface. This is why it’s recommended that asphalt driveways be sealed during the summer when temperatures are higher and rain is not expected for at least a few days.
Asphalt is an affordable, durable material that’s popular for driveways, parking lots, and roads. However, exposure to environmental factors like UV rays, water intrusion, oil spills, and road salt can cause asphalt to dry out and crack over time. Sealcoating slows this process by forming a protective barrier over the surface of the pavement, enhancing…