Sagging Floors?

Are there any bouncy, squishy, or uneven floorboards above your crawlspace? If so, you are aware that sagging floors can be dangerous in addition to being an annoyance. You might be left wondering how much longer my floor can handle all that is on it. The following are some warning indicators.

Signs of Sagging Floors

  • The slope of the floors can occasionally leave a space between them and the inside walls.
  • There are fissures and holes near door frames.
  • Doors either stick or need to be planed down to close correctly.
  • Your crawlspace develops gaps between the current columns and girders.

What May Cause This

There’s a fair probability that the floors in your house were level and robust enough when it was constructed. So what caused the issue? Sagging flooring have three basic causes. Understanding them is crucial because only a solution that deals with these underlying issues will result in a long-lasting fix for the issue.

Existing Columns are Spaced Too Far Apart

In order to sustain the weight of the structure above, columns made of block, brick, or wood are positioned all along the crawl space. The beam may sag between columns if those columns are too far apart and get overloaded. Along with it, the girder sags, and the floor above does too.

Floor Joists and Girders Have Weekened

Excess moisture and humidity are an issue in crawl spaces because they are frequently not sealed off from the earth. What happens to wood when it is exposed to moisture and humidity? It starts to decay, grow mold, and deteriorate. The floor surrounding the crawl space becomes bouncy, mushy, and may start to droop when weak girders and floor joists are unable to continue supporting the weight above.

Existing Columns Have Settled

We’ve talked about the issues that soil can create in prior posts, and it applies here as well. The existing columns in the crawl space may sink or settle as a result of weak soil, which frequently leaves a gap between the top of the column and the bottom of the girder it was supporting. When a column settles, the girder sags, which causes the floors above it to sag. It has a domino effect.


It’s important to stabilize the foundation of your house. You’ll need to start by locating a skilled, reliable contractor. In response, we are here. We will permanently solve your problem with all of our solutions. There are various options available, some of which are undoubtedly more successful than others. In circumstances like this, ignorance can be dangerous.

The alternatives you have based on the science of foundation repair are summarized in the section that follows so you can make an educated choice. Let’s go over an analysis of the most popular repair services we provide.

Why Is Soil Significant?

Builders give careful consideration to whether the foundations they lay will be able to sustain the house they build on top of them, and this is understandable. However, laying a solid foundation requires more than just building a foundation. It’s crucial to take the soil quality into account across the foundation’s whole footprint, for instance, while constructing a home with a pier and footing foundation or a step footing foundation. If the builder doesn’t take the time to comprehend and account for the state of the soils beneath the footing foundation, it could eventually cause the homeowner some major issues. It’s crucial to consider the soil beneath your foundation before you build it in order to prevent future foundation repair expenses.

Why Is Soil Important for Foundations?

A typical house foundation footing can be supported with no problems by typical soils. But occasionally, the soil quality surrounding a property isn’t consistent, and that’s when problems start to appear. For instance, if the soil beneath one of the footings is softer than the soil beneath the other footings, the section of the house above that footing may settle more quickly and deeply than the other components of the building, necessitating the possible need for significant foundation crack repair.

It is crucial to pay close attention to the soil’s quality just below each footing. Because the depth of the soil pressure is approximately equivalent to the breadth of the footing. For instance, a standard 16-inch footing indicates that the first 16 inches of soil beneath the footing are under the greatest soil-bearing load. The amount of soil bearing pressure drops by about half after the first 16 inches. And again, after the further 16 inches of depth, by almost two-thirds.

The Importance of Thoroughly Compacted Soil

Although in this example the top 16 inches are the most crucial, it is simple to understand how having soft or sandy soil a little deeper can affect how your foundation settles. Because of this, it’s crucial to check that the dirt is completely compacted before laying the foundation. Before moving further with the excavation, it’s generally a good idea to consult with an engineer if you come across clay, soft soil, or sandy soil anyplace on your property.

Other Details to Consider

Although it’s one of the most crucial factors to take into account when laying your foundation, the quality and density of the soil beneath your footings is by no means the only one.

Here are some other variables to consider:

  • Dimensions of the footing: The weight of the house will be distributed more evenly into the soil the wider the footing. You may feel more stable if your footings are wider.
  • Footing placement: A footing that is off-center can cause issues for the wall because the weight won’t be dispersed equally. The structure will also be subjected to unnecessary stresses.
  • Water in the soil: If you discover any during the excavation for your foundation, make sure to check with an engineer. This can be a major warning sign. To increase stability, you might need to pile stones into the form’s bottom and compact them into the mud.

You want your house to be as stable as possible, but Mother Nature doesn’t always cooperate. Keep these pointers in mind before pouring the foundation for your home, and you can avoid serious problems later.

Why Shoring Is Important

The most important components of building aren’t always there. To make the building process safer, quicker, and more convenient, temporary solutions are frequently needed.

Shoring is one of these measures that is most crucial. Shoring enhances the stability and safety of the project in hilly terrain or on job sites where the work is done next to a property line. Here are a few justifications for why many projects rely on it so heavily.

Different Types of Shoring

Contrary to concrete retaining walls, which need many feet of clearance on either side, most excavation shoring simply needs an inch or two. Because of this, shoring is a great way to prevent ditches and holes from filling with dirt while still giving crews adequate space to operate. Some of the more typical types of shoring include:

  • Soldier piles and lagging: to hold the dirt in place and stop it from shifting, vertical steelbeams are put into the earth, and wood lagging walls are installed between them. They work as a barrier to excessive ground pressure when combined. Walls made of steel or concrete might be employed as a more long-lasting solution.
  • Tiebacks: to secure a wall to the ground in order to prevent it from shifting due to changes in the soil around it. Tiebacks can be screwed into the ground or driven into it.
  • An earth retention method known as “soil nailing” is frequently used to reinforce retaining walls, level slopes, and provide excavation support.

Why Shoring Matters

The need for advanced shoring techniques has become much more necessary in recent years as urban space commands a higher premium and architects push the boundaries to build closer to property lines. But even in its most basic form, shoring serves a number of vital functions on a job site. Its many benefits include:

  • Increased safety: Excavation is a necessary part of building foundations and basements. Shoring is necessary to safeguard the employees in the temporary ditches and holes. It ensures a safer work environment by holding the earthen walls up and prevents collapses.
  • Accelerated scheduling: Digging out a site twice results in expensive delays that can cause a contactor to fall behind schedule. Likewise, crew members who are not distracted with worries about their own safety are less likely to make mistakes that cost them time.
  • Lower prices: Avoiding the potential of excavations collapsing makes it considerably easier for builders to stay under budget.

Concrete Slab Curling

One of the most typical flaws in a building’s floors is curling. At edges, saw cuts, and joints, slabs curl upward. Due to the loss of subgrade support, the joint moves as forklifts travel over it. Damage to joint edges, slab fractures, and potential failure of wires buried in concrete for autonomous guiding systems all occur over time. The difference in movement from one side of the joint to the other is directly proportional to how quickly the floor degrades.

Why Is My Basement Leaking?

When choosing a home to buy, one of the top characteristics homebuyers look for is a basement. More space is available for living and entertaining in a well-designed basement. Additionally, a basement adds value to your house even if it is poorly planned because it provides additional storage space.

However, while being underground, a basement is not weatherproof. Water can enter your home in a number of ways, leading to basement leaks that can seriously hamper your enjoyment.

Don’t panic if your basement leaks; it doesn’t necessarily indicate that your house wasn’t built well. We will discuss each of the many reasons that might cause or exacerbate a leaky basement.

9 Possible Causes of a Basement Leak

A basement leak can result from a variety of factors, including poor landscaping grading and leaking window wells.

Let’s look at the possibilities to help you identify the problem’s root cause and correctly repair it.

1. Inadequate Grading

Let’s begin with your home’s exterior. Improper property grading is one reason for basement leaks. The hydrostatic pressure created by water accumulating against the foundation wall as a result of sloped soil can cause walls to push inward or leak into the basement.

The basement can then be flooded in a variety of methods, including:

  • Over the top of the base.
  • Cracks in the wall allow access.
  • Close to the locations where pipes pierce the walls.
  • Where the footing and stem wall meet, or the base of the cove.

In these situations, Advanced Systems can help the homeowner by accurately identifying the source of the basement leaks and designing a long-lasting remedy, usually backed by a lifetime warranty.

2. Leaky Window Wells

Window wells are a lovely addition to a basement because they let air and light in. However, water can leak in around the window frame or even push the well inward if a drain is blocked, missing, or the well liner is split from the well.

3. Hydrostatic or Lateral Pressure

Pressure around a home’s foundation can lead to foundation fractures that might allow water to enter. When a significant amount of snow melts or rain falls, the water table rises as a result of the saturation of the surface soils.

The foundation is pressed against by the rising water table from below, which causes cracks that lets water through.

When the earth around your foundation doesn’t drain properly, lateral pressure results. Some soils, like the roughly 85% clay soil in the Chicago area, don’t drain well and have a tendency to expand, applying sideways strain to your foundation that might cause cracking.

4. Basement Floor Cracks

Recall how we talked about hydrostatic pressure? These tiny fractures may allow water to leak into the basement due to the upward pressure of a rising water table.

5. Non-Structural Wall Cracks

Despite the fact that a fracture in a concrete basement wall may not indicate a structural weakness, it can nevertheless let water into the basement if lateral pressure is noticed or if your foundation undergoes the usual settling and falling that happens in the months and years after the pour.

6. Weakness in the Mortar Joints

Masonry is sometimes used to build basement foundation walls; this sturdy material can sustain even the largest structures. However, they do have a weak spot that allows water to pass through: the mortar joints that hold the stone blocks together.

7. Wall Porosity

The walls of your basement, whether they are made of poured concrete or masonry blocks and mortar, can serve as a pathway for water seepage. There may be sections where the material is more porous due to inadequate mixing of the components and other flaws like empty gaps or cavities in the block.

Water will be able to naturally enter your basement because to its porosity.

8. Clogged Malfunctioning Gutters

Did you know that for every inch of rain, a typical home on a half-acre lot receives 13,577 gallons of water? That is just too much water for your house to handle!

Channeling the water away from your foundation and your basement is normally not a problem if your downspouts and gutters are in good condition.

However, all that water will significantly affect your basement by soaking the earth and creating that lateral pressure we previously discussed if your rain gutters are clogged, improperly connected, or your downspouts are failing.

9. Interior Leaks

Outside factors are not always to blame for basement leaks. Common indoor leak sources can include:

  • Pipes that need repair
  • Leaky toilets or showers
  • Broken or dripping water heater
  • Leaks in washing machines and dishwashers

Before stepping outside to manage basement leaks, check all indoor sources of leaks because they are the simplest to fix.

Why You Should Be Concerned About Cracks In Your Foundation

Find The Source

A number of factors may cause your slab or basement to shift. In the majority of cases, the soil’s proximity is a factor. For instance, clay-rich soil expands in the presence of moisture but contracts as it dries. This results in pressure changes that have an effect on the foundation and cause the concrete or brick to break.

The most seasoned foundation repair specialists in Kansas frequently deal with broken plumbing lines that leak water or have poor drainage as another issue. This occurs as a result of the expanding supporting ground brought on by water accumulation. The earth may freeze due to freezing conditions, which will exert prolonged strain on your home’s structural members.

When Should You Be Concerned?

Any type of crack is a symptom that the condition of your home has changed sufficiently to warrant structural changes. Small structural changes can occasionally be seen as cracked paint around windows and doors.

However, there are warning signs that should be treated right away by the best Kansas has to offer in foundation crack repair specialists. An example of a foundation crack that has to be repaired is a horizontal gap between bricks or concrete blocks or a crack that is larger on one side than the other. Tilted floors and unresponsive doors are some problems that might be brought on by a shifting foundation.

What Can Be Done?

Filling superficial cosmetic fractures with caulk, cement, or epoxy can repair them. To make sure they are not getting worse and necessitating foundation repair, consult the foundation wall crack specialists Kansas residents rely on before proceeding.

Learn more about the Stratos Pier® System

A house that it settling might be extremely frightening, but it doesn’t have to be. There are several options for stabilizing or elevating your house so that it is once again neat and straight. Perhaps you’ve heard of steel piers or another mechanism that elevated your neighbors’ homes back to a secure position. The groundbreaking Stratos Pier® System provides just this lifting or stabilizing. Despite this, you can still get a lot of inquiries.

Foundation Repair in Northeast Kansas: Why You Should Do It Before It’s Too Late

Prioritizing your home foundation is crucial for homeowners. The foundation of your house needs to be taken care of just as much as the rest of it. Consider any small foundational flaws as a precursor to a much more serious future. Here are a few explanations for why foundation repair in Kansas should be done as soon as possible.

Your House Is Moving Through The Seasons

Your house moves due to the weather. Despite the small movement, they have a big impact. While the soul contracts and pulls away from home during the summer, the soil expands and pushes up on things like your house when it rains. The foundation moves as a result, and as a result, it cracks, slopes, settles, and drops lower than it did before. Additionally, this could put too much strain on your pipes, which could lead to a breakage and a hefty repair price.

A Settling Home Affects More Than Just The Foundation

There are many things that are more affected than the foundation when your house settles excessively. The door frames, window wells, chimneys, porches, sheetrock, and other components of your house will be harmed if you move it. Fixing Chicago foundation cracks as soon as possible will stop these supplementary losses from happening.

Money And Time Will Be Saved

You can save time and money by getting prompt foundation repair, which is one of the most crucial reasons. If you ignore any little cracks, they will all eventually get worse and cost you a lot of money and time to fix. With foundation crack repair, foundation leak repair, basement leak repair, and other important services, Extreme Foundation Crack Repair in Chicago can assist you. Call us immediately to learn more about our services.