IFIX Construction

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IFIX Construction We specialize in providing top-quality foundation repair services to homeowners in need.
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We offer tailored foundation repair plans for each individual home's needs. Identifying the problems from the root and offering a lifetime transferable warranty, we are committed to exceed all expectations by providing a stellar customer service

10/16/2026

Watch closely as we lift a sinking foundation and you can actually see the house moving upward!
This is real foundation repair footage—not an animation. Using hydraulic lifting equipment and deep steel push piers, we carefully raise and stabilize the affected foundation.
See how professional foundation repair works in real life!
Follow iFix Construction for more real foundation repairs, steel pier installations, and incredible house-lifting footage.

10/15/2026

Watch closely as this powerful hydraulic machine drives a helical steel pier into the ground!
Unlike a conventional push pier that's hydraulically pressed downward, a helical pier is rotated into the soil using torque.
As the shaft rotates, its helical plates advance through the ground and provide resistance to foundation loads.
12 seconds of heavy machinery, steel, torque, and real foundation engineering!
How deep do you think these steel piers go?
Follow for more incredible foundation repairs and satisfying construction videos! Have questions about how this works? Drop them below—we might answer yours next!

10/15/2026

Ever wondered how a giant steel screw can help support a house?
Watch this helical pier installation from start to finish in just 15 seconds!
Unlike traditional push piers, helical piers are rotated into the ground using hydraulic torque. Their spiral-shaped steel plates transfer structural loads into suitable supporting soil.
Watch the installation, the steel sections being connected, and the completed pier!
Would you trust a giant steel screw to support your house?
Follow for more incredible foundation repairs and real-world engineering! Drop your questions in the comments—we might answer yours in our next video!

10/14/2026

Watch closely! Two things are happening at the same time.
As we hydraulically drive this steel pier deeper into the ground, watch the pressure gauge gradually climb as the pier encounters increasing resistance.
The pressure keeps building until we reach our installation stopping criteria.
This is how we install deep steel push piers beneath a house to create a foundation support system designed to transfer structural loads into suitable supporting ground.
Did you catch both the pipe moving and the pressure rising? Watch it again!
Follow for more incredible foundation repairs and real-world engineering. Have questions? Drop them in the comments—we might answer yours in our next video!

10/13/2026

An entire foundation repair, from start to finish, compressed into one timelapse!
Watch our crew excavate beneath the foundation, install deep steel piers, and carefully lift the house to correct settlement.
Heavy equipment, hydraulic pressure, precision lifting, and an incredible transformation—all in one video.
Could you imagine watching your own house move like this?
Follow for more incredible foundation repairs, and drop your questions in the comments!

10/13/2026

That small steel pipe is helping support an entire house. But how is that even possible?
It's not magic. It's structural engineering.
Steel piers carry loads through compression, transferring forces from the foundation into supporting ground. But the real capacity depends on much more than the pipe's diameter: steel strength, wall thickness, connections, ground resistance, and load distribution all matter.
The physics behind this is more interesting than you might think.
Follow for more real-world engineering, and drop your questions below. Your question could be our next video!

10/12/2026

One of the most common comments on our foundation repair videos: “Those steel pipes will rust underground!”
Yes, steel can corrode. But corrosion doesn't automatically mean structural failure.
What matters is the corrosion environment, steel thickness, section loss over time, and the remaining structural capacity. Proper engineering must account for these factors.
There's a big difference between understanding how a material behaves and assuming it will fail.
Follow for more engineering explained through real construction footage. Have a question? Leave it below!

10/12/2026

You just watched a house being lifted and its cracks closing. But what's stopping it from sinking again?
The answer is beneath the foundation.
We drive steel piers deep into the ground to reach suitable supporting strata, then transfer the foundation loads onto the installed piers. It's not just about lifting a house. It's about changing how it's supported.
But what about rust? And how can those steel pipes hold so much weight?
Follow for more foundation engineering, and leave your questions in the comments. We might answer yours next!

10/12/2026

Ever wondered how we install steel piers underneath an existing house?
Watch as I hydraulically drive a steel push pier deep into the ground, using the weight of the structure as reaction force. Each steel section is advanced until the pier reaches the required installation resistance, with the goal of transferring the foundation load to deeper, more competent bearing strata.
No massive excavation. No shallow concrete piers. Just hydraulic force, steel, and engineering mechanics at work.
This is how we stabilize failing foundations from below.

Address

902 Huntington Drive
Lewisville, TX
75067

Opening Hours

Monday 8am - 4pm
Tuesday 8am - 4pm
Wednesday 8am - 4pm
Thursday 8am - 4pm
Friday 8am - 4pm
Saturday 8am - 2pm

Telephone

+12144054306

Website

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