Parker Mudjacking

Value is the whole argument for mudjacking. You already own the concrete. It's the right thickness, it has the right finish, it matches everything around it, and the only thing wrong with it is that it sits an inch and a half lower than it used to. Tearing that out means paying for demolition, disposal, forms, steel, ready-mix, finishing, and a month of waiting. Raising it means paying for material and a few hours of crew time.

The method is old and boring, which is a compliment in this trade. We core a pattern of holes through the sunken panel, pump a heavy sand-and-cement grout into the empty space beneath it, and let pressure do the rest. The slab comes up. We plug the holes. You use it that afternoon. Nothing about it is clever. It just works, on the right slab, for the right reason.

The math that makes a lift worth it

Break a replacement down and you can see where the money goes. A crew and a machine spend a day breaking up the old panel. A truck hauls the pieces off and somebody pays a tipping fee. Forms, recompaction, steel, then ready-mix by the yard with delivery riding on top. Finish it, cure it, stay off it for a week and keep the truck off for four.

A lift skips every line on that list. What you're buying is grout volume and pump time. Grout volume is set by how big the hole under your slab is, which is why a badly sunk panel and a barely sunk panel can be priced closer together than people expect, and why square footage on the surface is a poor guide to what a job costs. Pump time is measured in hours. That's the entire bill.

The catch is that a lift only makes sense when the concrete on top is worth saving. Sound panel with a void beneath it, easy call. Panel that's already crumbling at the edges and cracked in three directions, we'd rather you spend the money once on new concrete than twice on a raised slab that fails anyway.

How far it dropped changes the job

What you're paying for on a Parker lift

• A laser shot of existing grade so the target is a number instead of an opinion
• A hole pattern laid out to spread pressure evenly under the panel
• Grout volume, which the void decides, not the square footage on top
• Pump time and crew hours, counted in hours on almost every home
• Every hole packed, troweled flush, and color-blended toward your slab
• Joints cleaned and resealed so surface water stops feeding the void
• A walk of your drainage before we leave, because skipping that wastes the lift

Weight, soil, and the Parker pumping calendar

Here's the trade-off nobody advertising a lift wants to lead with. Cement slurry is heavy. Once it cures it becomes a solid pad, and that pad is dead load your soil now carries. Where a downspout or a utility trench washed out the fines and left an air pocket, that's a non-issue; the ground around the void has been holding fine for years. Where a slab dropped because the native soil under it is genuinely soft, adding weight is not the cure. We check which situation you have first, and we've talked people out of lifts they arrived ready to buy.

Seasonally, we pump from thaw through late fall. Autumn bookings are the smart ones. Get a panel back to grade before winter and meltwater sheds off it instead of pooling, freezing, and levering the joint wider every night. Frozen ground ends the season, since grout won't cure properly and a frost-locked slab won't rise evenly anyway. A December call typically becomes a March appointment, and we'll tell you how to keep the lip from icing until then.

Around Parker the geography of settlement is predictable. Stonegate and Canterberry Crossing send apron and front-walk calls where utility trenches settled under newer flatwork. Stroh Ranch sends patio panels that have taken roof water in one spot for decades. Different age, same physics.