Front Porch Lift Restores Safety and Curb Appeal in Sage, AR

Cracked and Sunken Porch Created Safety and Aesthetic Concerns

Soon after moving into their newly built home in Sage, Arkansas, Anthony W. and his family began to notice cracks forming around their front porch slab. Over time, the concrete settled nearly two inches near the front door, creating an uneven entryway and potential tripping hazard. Before adding a decorative brick veneer, the homeowners wanted to make sure the porch was properly lifted and stabilized for long-term safety and appearance.

How Redeemers Group Lifted and Leveled the Porch in Sage, AR

Redeemers Group used the innovative PolyLevel® concrete lifting system, which employs expanding polyurethane foam to raise and stabilize sunken slabs with precision. This clean, efficient process restored the porch to its original height and eliminated gaps beneath the concrete—without the mess or downtime of traditional mudjacking. After lifting, the crew sealed perimeter cracks and joints with NexusPro®, a durable sealant that resists weathering and water intrusion.

Benefits of PolyLevel® and NexusPro®:

• Permanently lifts and supports settled concrete
• Prevents future soil washout and cracking
• Quick-curing and minimally invasive installation

5-Star Results and Lasting Protection for the Home

Anthony was thrilled with the results, leaving a glowing 5-star review:

“Tyler and Brennan did a great job lifting my porch. They were very professional and I would highly recommend Redeemers Group to anyone needing concrete lifted.”

By choosing PolyLevel® and NexusPro®, the homeowners not only restored the beauty and safety of their front entryway but also ensured long-term stability for their upcoming brick veneer. This durable solution protects against future settlement and enhances the home’s curb appeal for years to come.

Don’t wait for cracks or sinking to worsen—schedule your free concrete leveling estimate with Redeemers Group today. Proudly serving homeowners across Sage, AR and the surrounding areas.