Our Services

Foundation Crack Repair Services in Aurora and Surrounding Areas

Seeing a crack in your foundation can be a worrying sight. A crack may not be leaking yet, but 99% of the time it will. A crack is an invitation not only for water to come into your basement, but also for unwanted insects.

Foundation cracks are common in poured concrete foundations. Moisture from seepage creates the perfect environment for mold to form on your basement wood framing. We recommend before you begin your basement remodel you repair any cracks in your foundation.

Many times homeowners bypass this step hoping the cracks will not leak. Unfortunately 99% of the time they do leak! Forcing homeowners to remove their rain soaked drywall and carpet. Whether your basement is unfinished or fully remodeled we can help!

Possible Causes of Foundation Cracks

Poor drainage- clogged gutters, badly installed gutters and poor yard grading all can channel water towards your basement walls.

Expanding soil- as the wet soil freezes during the winter months, the pressure it places against your foundation causes cracks in your basement wall. These freezing temperatures aggravate your cracks and can cause them to expand.

Hydrostatic Pressure- In other words, the pressure exerted on your basement from water. Hydrostatic pressure usually has two sources, the water table and rain saturated soil. Rain soaked soil elevates the water table. A higher water table brings water to the level of your home’s foundation. The hydrostatic pressure builds until it must be released, in turn causing seepage or flooding.

The Solution: Crack Repair

Now comes the good part: the solution! To stop the water seeping though the cracks, the best solution is an epoxy polyurethane injection. The properties of this injection foam allow it to expand into every crevice when done by a trained professional.

Everseal offers a LIFETIME WARRANTY on all of our crack repairs. WE ARE THE BEST value IN THE CHICAGOLAND AREA!

There are many different solutions to basement waterproofing, call us today to find out which one will give you the dry basement you need. We guarantee we will find the solution to your wet basement and give you a worry free weekend!

Tie Rod Repair

Also known as form ties, tie rods are steel traps used to hold both sides of the concrete forms together when your foundation is first poured. Once the concrete has hardened and the forms are removed, the ends of the ties are broken off, leaving part of the steel rod embedded in the cured concrete.

Over time, these can rust; leaving a small hole allowing water to seep through. Tie rod seepage usually appears as small dime sized holes with a line of rusty water leaking from it. These small holes are fixed with a process similar to foundation crack repairs.

Foundation Repair Services in Aurora and Surrounding Areas

Fortress Stabilization Systems hybrid grid system is comprised of high tensile strength carbon fiber and kevlar. The fibers are encapsulated in a thermal set resin and cured in tension. A peel-ply fabric is adhered to the strap, when removed it leaves a prepared bonding surface for adhesive to a prepared substrate.

Replacing the Use of Steel with Carbon Fiber

Carbon Fiber is now a proven popular alternative to steel for reinforcing structural substrates in residential and commercial concrete applications.

Carbon fiber is highly effective at adding tensile strength to concrete. It is superior to steel since it is stronger, stiffer and non-corrosive. It can be bonded to the surface of a concrete structure at any time to stop bowing and cracking. This allows limitless applications for new construction, repair, retrofit and seismic upgrades.

The unique Fortress Carbon Fiber/Kevlar Grid System delivers properties unmatched in the market today. The patented Fortress Grid Strap is the only pre-cured product that is fully encapsulated in epoxy. Others are simply glued onto the wall and can peel off.

Every hole in the grid allows the outer epoxy to touch the inner epoxy rivet. These rivets act as rip stops preventing the grid from peeling off. In addition it allows for visual inspection for resin voids and air pockets.

The grid is very thin allowing it to form around a bowed wall. Used in conjunction with the vacuum lamination system it is possible to reinforce bowed walls where solid plates would spring off.

Non Obtrusive – lays flat to substrate

No destructive attachments made to the floor or ceiling

Inclusion of Kevlar provides additional strength

Grid is fully encapsulated in epoxy anchoring it in place

Can be painted for a smooth clean look

Vacuum clamping system ensures regulated void free every time

The Clean-Peel backing strip provides a clean prepared bonding surface

Consistent material properties

High bond strength

Prepared peel-ply bonding surface

Pre-mixed toughened epoxy

Able to conform to bowed surfaces

Tensile strength is a function of width of strap

Fortress Kevlar Necktie is an Aramid Composite webbing combined with an aluminum bracket and zinc coated lags that laminates into 4020 epoxy resin system. Half of the Aramid webbing is traditional fabric, the other half is pre-prag pre-cured with peel-ply which laminates to the foundation assuring entire strap will load in conjunction. It is designed to attach to the bond or ridge plate of structure which remains constant whether there is a sill plate or no sill plate present

Prior to the Kevlar Necktie, retrofit foundation repair methods were obtrusive, heavy and many other elements had to moved such as pipes, duct work, etc. Also these foundation and basement wall repair methods interfered with ceiling height and in many cases affected the value of the property. After the Fortress Kevlar Necktie is attached and the insulation is reinstalled between the foundation joist pockets, the Necktie is virtually unseen.

The Fortress Necktie will permanently repair top wall concrete foundation movement. The process is fast, easy and on most occasions can be done in one day with little disruption to your life. The Fortress Kevlar Necktie has been tested both in the field and by an independent engineering firm. Trust the results to protect the value of your home.

The Fortress Kevlar Necktie can be used in conjunction with other Fortress Stabilization System products to better fix concrete cracks and moving foundations permanently.

Load at top of wall is tensile and then becomes shear. Bracket is held by 4 lags that have pull out tensile in wood 9 times standard penny nails, lamination technique with vacuum clamping pulls Kevlar tight and reduces elongation. Load is then transferred to epoxy resin to non-laitance bearing surface. Kevlar in epoxy matrix produces a lap shear of 750 psi. Necktie can be laminated over Fortress straps or independent of strapping.

When using crack injection for repairing structural cracks, the added use of Carbon Fiber Staples provides the necessary reinforcement to ensure that repaired cracks remain permanent. The use of Carbon Fiber Staples also prevents new cracks from developing around the repaired crack. Carbon fiber has proven to be a safer and more effective product for structural reinforcement than steel. When countersunk, these carbon fiber staples lay flat against the foundation, leaving the wall with no obstruction and ready to paint. Carbon Fiber Staples will not rust or deteriorate.

Interior Drain Tile in Aurora and Surrounding Areas

What is a Drain Tile System?

A drain tile system is designed to collect and redirect water seepage away from the house. Drain tiles can be installed either on the interior perimeter of the foundation or along the exterior of a home’s foundation.

Drain tiles consist of a perforated pipe with weep holes along one side set in a trench and covered with gravel. We cover the pipe with a nylon filter sock to prevent the pipe from filling with debris. The water that enters the pipe is then redirected to the sump pump pit.

Most drain tile systems are designed from the same concept. The differences come in the materials, shape of the pipe, placement, and the appropriate level of pitch to ensure proper direction of water.

Everseal Basement Waterproofing uses the best materials and technique in the industry. We only use a perforated PVC pipe with a nylon filter sock, preventing a debris filled pipe.

Drain Tile Installation Steps:

Remove a 12” perimeter of concrete floor along basement walls

Dig trench with a depth around 8”-11” deep

Ensure there is a proper pitch toward the sump pit

Remove debris, included broken concrete.

If no existing sump pit, dig sump pit 30 inches deep

Install sump pit

Install perforated PVC pipe with nylon filter sock

Cover PVC pipe with ¾ washed gravel

Install hydro-channel along basement perimeter trench

Re-pour concrete floor, ensuring a level floor

*Interior Drain Tile installation times vary from 1-3 days depending on the scale of the project. Everseal has the hardest working crews ensuring your drain tile installation is completed in a timely manner.  We will leave your basement as clean, if not cleaner, than when we began.

*All interior drain tile installations include hydro-channel,

Everseal uses hydro-channel in all of our interior drain tile jobs.

Exterior Drain Tile Services in Aurora and Surrounding Areas

Waterproofing your home is important if you want to live in a house with a high air quality. It is also important if you intend to increase the value of your home as well as prolong its life span. Whereas your interior drain tile will serve the purpose of draining water already in your basement, an exterior drain tile is more effective in draining water away from your home before it even gets the chance to get to the interior. Whether the source is ground water, overflowing gutters, heavy rains or even misplaced downspouts, an exterior drain tile will effectively protect your foundation from water damage.

What is an exterior drain tile?

Depending on where you live, an exterior drain tile is known by different names. In western parts of the US, it is known as a French drain, in Canada it is known as weeping tile while in several places, it is referred to as footing tile. Whatever you call it, it’s all one and the same thing.

The installation begins with excavation; our crew digs a trench around the entire foundation. The trench dug is wide enough to accommodate the drain tile, but also narrow enough to prevent damaging the foundation. A few layers of gravel are laid down at the bottom of the trench and a perforated PVC pipe is laid down.

The pipe is wrapped in a nylon filter sock and is installed along the perimeter of your home. It drains into the sump pump basin, which is discharged by a sump pump. All exterior drain tiles must drain to a sump pit with a working sump pump to be effective. Before backfilling more gravel is poured on the pipe.

During installation of the exterior drain tile, we will consider whether installing a waterproofing membrane is necessary. Not all homes require this, only the most damaged foundations.  This will prevent seepage of water through a weakened foundation.  Most of the time we will opt to install an external waterproof membrane. This is particularly effective for cement or masonry foundations.

*Everseal Basement Waterproofing calls JULIE (Joint Utility Locating Information for Excavators) before we begin any project

Why should you install an external drain tile?

There are several reasons as to why you should consider installing an external drain tile, but we will summarize them in three points.

Finished basement -If you recently renovated your basement into a living space where your family can hang out, tearing it apart to waterproof your foundation is not really an option. An external drain tile offers the option to waterproof the foundation without affecting the interior space of your basement.

Preservation of the foundation wall – Water seepage through foundation walls can cause serious structural issues. If not attended to, the house can collapse within a few years. An exterior drain tile will drain water away from the wall, leaving it free of its negative effects.

Masonry foundation – If your home’s foundation is made of masonry material like concrete and stone, an exterior drain tile is very effective in preventing water damage to it. Masonry materials often have joints that are prime avenues for water leakage or seepage and having an exterior drain tile installed will drain away the water from these points.

Sump Pump Installation in Aurora and Surrounding Areas

What Does a Sump Pump Do?

Hidden in the deepest corner of your basement, your sump pump is mostly invisible, but could be the most important appliance in your house. The sump pump removes ground water from underneath your house. Without it, water coming up from the ground, or flowing in from a heavy rain can flood your basement or your whole house.

The sump pump usually sits in a pit built into your basement floor or crawlspace. The concrete floor is poured slightly downhill when the house is built so that any water will flow right into that pit. The sump pump ejects the water out of the house.

The sump pump sits in the bottom of the sump pit and has a switch that is activated by the water level. When you have water in your basement, it flows into the pit, the sump pump is activated and it pumps the water out of the pit through a discharge pipe to the outside.

A waterproofed basement is only as good as your sump pump. The core of your waterproofing system is your sump pump. A quality, properly functioning sump pump is essential in keeping your basement dry. It is a fact that all sump pumps fail, whether it just old and needs replacement, or a lack of power, we have the sump pump for you!

Which Sump Pump is BEST?

Throughout our years of experience and hundreds of sump pump installations, the most reliable sump has been the cast iron Zoeller M98 sump pump.

Zoeller Automatic M98-1/2 HP Cast Iron Submersible Sump Pump w/ vertical float switch (72 Gallons per minute)

Quiet Check Valve

If every time you go down to your basement your sump pump activates and then shuts off, you hear a loud “thud” sound. That is your check valve making that “thud”. If you have a baby or your bedroom is located right above your sump pit, you may be more familiar with that thud than most people!

Installing a quiet check valve will stop the noise coming from your check valve. The first thing you need to understand however is that it’s not the pump that’s making that noise. While your pump does make its own noises, the thud is actually coming from the check valve.

A check valve allows water to flow in only one direction, preventing back-flow of sewage or ground water that’s being pumped out of your home. When the sump pump kicks in and flushes the ground water out of your basement, the water presses the check valve open as it flows through. When the pump shuts off, the sudden reversal of the water in that discharge pipe causes the check valve to close, creating the loud “thud” that you hear.  Get rid of the annoying “thud” sound once and for all, with our quiet check valve installation!

*Quiet check valve available with all sump pump installations.

Battery Backup Sump Pump Services in Aurora and Surrounding Areas

Why Do Primary Electric Sump Pumps Fail?

All sump pumps fail for a number of reasons. The most common among them are:

A frozen or clogged discharge pipe

Power failure

A tripped circuit breaker

A blown fuse

Damaged power feed line

Float switch problem (being stuck or broken)

Pump may burn out, become unplugged, or jam with mud

Impeller or drive shaft breakage

Too much water leaking into the basement

A clogged intake

The Importance of Backup Sump Pump Systems

In instances where the primary sump pump isn’t working, you will need to depend on the backup sump pump. That usually happens when there is power failure or when the sump pump itself is damaged. The risk of having a flooded basement is always present if there is no battery backup sump pump system in place.

Most flooded basements won’t be covered by homeowner’s insurance, so it’s a good idea to have a battery backup sump pump system.

“The Worlds Most Intelligent and Reliable Sump Pump”

The “Ai Extreme” Series!! Internet Connected with Extreme Discharge Rates Ai Jet – Typical discharge rate of 54 GPM at 10 Feet (Quiet Check Valve Installed) Ai Turbo – Typical discharge rate of 86 GPM at 10 Feet (Quiet Check Valves Installed) Ai Rage – Typical discharge rate of 107 GPM at 10 Feet (Quiet Check Valves Installed)

The “Ai Single” is a backup system only. Like all the Ai Series it is also operates on AC or DC. The “Ai Single” has a typical discharge rate of 33 GPM at 10 Feet (including quiet check valve), along with the reliability and quality of the NexPump Product line. Click link or photo for more information.

The “Ai Dual” is very versatile and can be used as a primary or backup system. Like all the Ai Series it is also operates on AC or DC. The “Ai Dual” has a typical discharge rate of 66 GPM at 10 Feet (including quiet check valves), along with the reliability and quality of the NexPump Product line. Click link or photo for more information.

The “Ai Jet” is a Backup system only, capable of operating AC or DC. The “Ai Jet” has a huge typical discharge rate of 54 GPM at 10 Feet (including quiet check valve), along with the reliability and quality of the NexPump Product line.

The “Ai Turbo” is very versatile and can be used as a primary or backup system. Like all the Ai Series it is also operates on AC or DC. The “Ai Turbo” has a huge typical discharge rate of 86 GPM at 10 Feet (including quiet check valves), along with the reliability and quality of the NexPump Product line. Click link or photo for more information.

The “Ai Rage” is the NexGeneration in Sump Pump Technology. With Internet/Wireless capability in all Ai Extreme Series Products and its huge typical discharge rate of 107 GPM at 10 Feet (including quiet check valves) it is truly the Ultimate Sump Pump System. Click link or photo for more information.

**All NexPump products can be purchased with or without a Notification Option

***Notification can be purchased with Wired Internet Connection, Wireless Internet Connection or Phone Line Connection

12 Volt backup sump pump system

12 V, highly-efficient, non-corrosive pump construction. Supplied with 6′ (1.8 m) leads.

NOT a Bilge pump. Designed, Engineered and Assembled by Zoeller ® as a sump pump

Integrated check valve

Legs allow free-standing installation

Quick disconnect discharge

Aluminum seal pocket and cooling plate

Hand built and 100% tested in USA

Efficient design means more water pumped during emergencies

3-year warranty

(Primary sump pump not included)

Sump Pump Discharge Services in Aurora and Surrounding Areas

When it comes to keeping your basement dry, your sump pump plays a crucial role. It diligently pumps water away from your home’s foundation, preventing costly water damage. However, what happens to that discharged water can be equally important.

The Challenge of Sump Pump Discharge

In many homes, the sump pump discharges water out onto the yard. While this is a common practice, it can present challenges. Homes with sump pump discharges that accumulate water near the foundation may inadvertently create a never-ending cycle of sump pump operation.

Here’s how it can happen: If the discharge point is not adequately routed away from your home, the water that’s pumped out may quickly seep back into your basement’s foundation, leading to continuous pump operation and potential water damage.

The Role of Municipal Codes

Depending on your local municipal code, your home’s sump pump discharge may be connected to the sewer drain. While this can be a convenient solution, it’s crucial to follow the guidelines and regulations in place.

Expert Sump Pump Discharge Solutions

At Everseal Basement , our trained professionals understand the complexities of sump pump discharge management. We evaluate the specific needs of your home, taking into account factors like the volume of water, the size of your home, and the layout of your yard.

Our sump pump discharge services include:

Proper Routing: We ensure that the discharged water is routed far enough away from your home to prevent water from re-entering your basement.

Compliance with Codes: If your municipal code requires a connection to the sewer drain, we ensure that it’s done correctly and in compliance with local regulations.

Custom Solutions: Every home is unique. We tailor our sump pump discharge solutions to suit your property’s individual needs.

Efficiency Improvement: We optimize your sump pump discharge system to operate efficiently, reducing the risk of water damage and costly repairs.

Say goodbye to the hassle of continuous sump pump operation and the risk of water intrusion. Everseal Basement offers expert sump pump discharge services in Aurora and the surrounding areas.

Contact us today to ensure your sump pump operates effectively and keeps your basement dry.

Yard Drainage Solutions in Aurora and Surrounding Areas

Understanding the French Drain

In the world of water management, simplicity often reigns supreme. Water naturally flows downhill, seeking the path of least resistance. The French drain, a clever invention, harnesses this principle to redirect water away from your home and keep your property dry.

Contrary to its name, the French drain’s origin has nothing to do with France. It’s named after Henry French, a 19th-century judge and farmer from Concord, Massachusetts, who championed this ingenious concept in his 1859 book on farm drainage.

How a French Drain Works

The brilliance of a French drain lies in its straightforward design. It consists of a gently sloped trench filled with round gravel and a strategically placed perforated PVC pipe. This pipe is wrapped in a nylon filter sock to prevent clogging and contamination.

Here’s how it operates:

Water Collection: When rainwater or excess moisture accumulates, it naturally finds its way into the trench.

Gravel Reservoir: The trench is lined with ¾ inch washed gravel, providing a reservoir for water storage.

Perforated Pipe: At the bottom of the trench, the perforated PVC pipe collects the water.

Smooth Diversion: The water effortlessly flows through the pipe, away from your home’s foundation.

To ensure optimal functionality, the trench’s bottom should be sloped at about 1 inch for every 8 feet in the direction you want water to flow. Depending on your property’s layout, the redirected water can find its way to a low-lying area, a drainage ditch, a dry well, or even the street.

When Do You Need a French Drain?

Problem: Surface Water

A shallow French drain might be the answer if you’re dealing with surface water issues like a perpetually soggy lawn or a driveway prone to washouts. Positioned uphill from the problematic area, this drain intercepts and redirects water, effectively drying out the spot.

These drains are typically shallow, measuring about 2 feet deep and 1.5 feet across. In areas with trees or shrubs, we may opt for a solid pipe to prevent root intrusion.

Problem: Water Over Your Foundation

When water threatens to infiltrate your basement through the top of your foundation, a different approach is needed. A French drain, positioned around the perimeter of your home, approximately 12 to 14 inches below ground level, intercepts the water before it reaches your foundation.

At Everseal Basement , we specialize in crafting tailored yard drainage solutions to suit your specific needs. Whether you’re contending with soggy lawns or basement seepage, our expertise and dedication ensure effective results.

Don’t let excess water dampen your property’s value or compromise your basement’s integrity. Contact Everseal Basement today , and let us find the ideal drainage solution for your needs.

Give us a call , and say goodbye to drainage issues!

Gutter Downspout Installation in Aurora and Surrounding Areas

Proper water management around the foundation of your home can be very effective at keeping the water from reaching your basement. When a gutter downspout is discharging rain water close to your home this allows water to pool around the foundation of your home. Usually the water then seeps in over the top of your foundation, if the ground level is at the same level as the top of your foundation. In other cases bad downspout drainage can form pools of surface water near your home.  The soil becomes saturated, exerting pressure on your basement walls, in turn causing cracks in your foundation.

Common Gutter Downspout Problems

Improper gutter downspout installation or maintenance can lead to various issues. Here are some common problems homeowners may encounter:

Clogged Downspouts: Over time, leaves, debris, and even small animals can obstruct downspouts, preventing proper water flow. This can result in overflowing gutters and water pooling around your home’s foundation.

Inadequate Length: Some downspouts discharge rainwater too close to the foundation, allowing water to accumulate near the base of your home. This can lead to seepage and foundation damage.

Misaligned Downspouts: Downspouts should be properly aligned to direct water away from your foundation. Misalignment can lead to water pooling issues and compromised drainage.

Lack of Extensions: Downspout extensions are essential for directing water away from your home’s foundation. Without extensions, rainwater may collect close to the foundation, increasing the risk of basement flooding.

Call Everseal Basement for Gutter Downspout Installation in Aurora

Don’t wait until water-related issues compromise the integrity of your foundation. Contact Everseal Basement today for expert gutter downspout installation in Aurora. Our team is ready to assess your needs, provide personalized solutions, and safeguard your home from potential water damage. Let’s work together to keep your foundation dry and your living space secure.

Basement Window Solutions in Aurora and Surrounding Areas

Window Wells

Window well drainage is a subject that very few homeowners think about, until their basements flood after particularly heavy rains. When a window well has inadequate drainage, or if it has not been installed properly, accumulated water often pours right through the basement windows resulting in a flooded basement within a very short period of time.

Why Window Wells are Installed

Window wells are typically constructed of galvanized steel; they must be installed whenever a basement windowsill is at or below grade (the level of the soil adjacent to the window). The role of a window well is to prevent rainwater and surface runoff from flowing through a basement window directly into the basement.

When rainwater and/or melting snow introduce a significant amount of water in proximity to a basement window, the window well contains the water and prevents the water from flowing towards the window. It also provides drainage for the water so that the water cannot accumulate by the basement window.

How Window Wells Should Drain

For the water that does enter a window well, there are generally two drainage provisions for dealing with accumulated water: a gravel layer and a window well drain.

The gravel layer in a newly installed window well is typically 12 inches deep. In a typical window well, 36 inches wide, the window well can hold approximately 15 gallons / 54 litres of water before the water rises to a level where it will pose the threat of flooding your basement. When enhanced drainage is desired, a window well drain is installed, the top of which is generally beneath the top of the gravel layer.

Proper window well drains are 4 inches in diameter and drain the water in the window well to the drain tile system installed underground along the footing of the foundation walls. Window well drains may also be connected to an interior drain tile system or directly to your sump pump basin.

Basement Egress Windows

Egress windows provide emergency exits in case of fire. If your existing windows aren’t big enough, consider remodeling to include them.

Egress window logic and the building code

The old saying “Always leave yourself an out” is especially true when it comes to home fires. When the basement stairs are blocked by a flaming television (true story), or fire and thick, black smoke are racing down a hallway toward a dead-end bedroom, windows that are large enough for you to escape—and for firefighters to enter—become essential lifesaving equipment. These all-important escape hatches are called egress windows.

You may have installed smoke detectors, but if you haven’t provided a way out once they blare, you’ve only done half the job. This is especially true for upstairs bedrooms and basements, where the stairway is often the sole escape route. If that stairway is blocked, you can be trapped.

According to the International Building Code, “Basements and sleeping rooms below the fourth story shall have at least one exterior emergency escape and rescue opening…. Such opening shall open directly into a public street, alley, yard or court.” This “escape and rescue opening” can be a window, skylight or patio door, but it must meet certain criteria:

It must have a minimum net clear opening of 5.7 sq. ft. Net clear opening refers to the actual free and clear space that exists when the window is open. It is not the rough opening size or the glass panel size or any other size, but the actual opening a person can crawl through. Code officials want the opening large enough so firefighters can comfortably crawl through the window in full protective gear with an air tank on their back. Ground-floor windows only need a net clear opening of 5 sq. ft.; they can be smaller because a rescue ladder doesn’t take up part of the opening.

The opening height must be at least 24 in., and the opening width must be at least 20 in.

The bottom of the clear opening must be within 44 in. of the floor.

The window or other opening must be operational from the inside without keys or tools. Bars, grilles and grates over windows must be operational without tools or keys and still allow the minimum clear opening.

Note that a window opening that’s the bare minimum of 24 in. high and 20 in. wide does not meet egress requirements, since its net clear opening is only 3.33 sq. ft. A window has to be taller and/or wider than these minimums to meet the 5.7-sq.-ft.-opening requirement.

Older homes may not have egress windows

Codes require new homes to have the proper size basement and bedroom egress windows. But if you live in an older, “pre-owned” home, open your windows fully, pull out a tape measure and see if the opening meets current egress requirements. Multiply the width by the height of the opening to determine whether it’s the required 5.7 sq. ft., or 821 sq. in.

Some older homes were built before there were any egress window requirements. Many more homes were built when the egress window net free opening size was a mere 4.3 sq. ft. Yet even newer homes often lack proper egress windows. Attics and basements were often legally remodeled into family rooms or offices (which didn’t require egress windows) then later converted into bedrooms (which now do require them). When bedrooms are added to basements without the knowledge of inspectors and without the requisite egress window, they create a dangerous underground fire trap.

During remodeling, homeowners often unwittingly replace large egress windows with smaller, non-egress windows. And while most inspectors will demand egress windows be installed when bedrooms are remodeled or added on, they won’t necessarily dictate that windows in existing bedrooms be enlarged to egress size; it’s simply too difficult to monitor every situation.

Required or not, egress windows are crucial lifesaving equipment. If a room has even the remote possibility of later becoming a bedroom, include an egress size window.

Your Trusted Crawl Space Repair Company in Aurora and Beyond

Crawl Space Encapsulation

A home’s crawl space often harbors a host of problems, from mold and wood rot to unwelcome pests, chilly floors, and even buckling hardwoods. What’s the common thread linking these issues? Moisture problems in the crawl space. Traditional thinking suggests that adding more vents to facilitate air circulation through the crawl space would solve these issues. However, this approach doesn’t fix the moisture problems; it exacerbates them. The true solution to crawl space problems lies in encapsulation.

At Everseal Basement , we specialize in transforming damp, dirty, and mold-prone crawl spaces into dry, usable areas through our crawl space encapsulation services. By closing off outside vents and expertly lining the ground and walls with a high-quality vapor barrier, we take control of the moisture, putting an end to crawl space troubles.

Crawl Space Drain Tile

In some cases, water intrusion into your crawl space may require additional measures. Everseal Basement offers crawl space drain tile systems to address this issue effectively. These systems work similarly to interior drain tile installations , with one significant difference – the confined space our crew operates in.

Our crawl space drain tile systems are designed to:

Control Crawl Space Moisture: When moisture seeps into your crawl space, it can lead to a host of issues. Our drain tile systems help prevent excess moisture buildup, safeguarding your crawl space against damage.

Preserve Structural Integrity: Excessive moisture in your crawl space can compromise the structural integrity of your home. Our drain tile solutions help maintain the strength and stability of your property.

Protect Against Mold and Mildew: Mold and mildew thrive in damp environments. By effectively managing moisture with drain tile systems, we help prevent the growth of these harmful substances, ensuring a healthier living environment.

Enhance Home Value: A dry, well-maintained crawl space contributes to your home’s overall value. It also ensures that your living space remains comfortable and free from potential issues caused by crawl space moisture.

Don’t let crawl space moisture issues undermine the integrity of your home. Choose Everseal Basement for crawl space encapsulation and drain tile solutions that ensure a dry, healthy, and structurally sound living environment.

Concrete Lifting

Polyurethane Concrete Lifting Services in Aurora and Beyond

Say Goodbye to Sunken Concrete with Polyurethane Concrete Lifting

Are you tired of dealing with sunken or uneven concrete around your property? Look no further than Everseal Basement for our advanced polyurethane concrete lifting services. Our innovative technique offers a fast, clean, and cost-effective solution to lift, level, and stabilize settled concrete slabs, restoring them to their original position and eliminating hazards and eyesores.

Why Polyurethane Concrete Lifting?

Polyurethane concrete lifting is the superior alternative to traditional mudjacking methods. Here’s why:

Cost-Effective: Save 50%-75% compared to concrete replacement costs.

Fast and Clean: Our process is quick and minimally invasive, with minimal disruption to your property.

Long-Lasting: Polyurethane foam is durable and resistant to shrinking or washing away over time.

Eco-Friendly: Our materials are environmentally safe, posing no harm to your soil or surroundings.

Our Polyurethane Concrete Lifting Services

At Everseal Basement, we specialize in lifting and leveling various types of concrete surfaces, including:

Driveways: Say goodbye to annoying speed bumps caused by sunken driveway slabs.

Patios: Restore the beauty and functionality of your sunken or cracked patio.

Walkways: Eliminate trip hazards and improve safety with level walkways around your property.

The Polyurethane Concrete Lifting Process

Our expert technicians follow a precise process to lift and level your sunken concrete slabs:

Drilling: We strategically drill small dime-sized holes into the sunken concrete.

Pumping: A two-part liquid polymer is injected into the holes, expanding to fill voids and raise the slab.

Patch: Once the concrete is lifted and leveled, we patch the holes with grout for a seamless finish.

Enjoy: Your lifted concrete is ready for immediate use, with no downtime or waiting period.

Benefits of Polyurethane Concrete Leveling

Long-Lasting: Polyurethane foam maintains its shape and stability, providing a durable and permanent solution.

Lightweight: Polyurethane foam is lightweight yet strong, minimizing the risk of further settlement.

Waterproof: Our foam is waterproof, preventing future erosion and settling caused by water intrusion.

Fast Process: Most projects can be completed in just 1-3 hours, allowing you to resume normal activities quickly.

Unnoticeable Injection Holes: Our small injection holes are hardly visible once the job is complete, preserving the aesthetics of your concrete.

Don’t let sunken concrete detract from the beauty and safety of your property. Contact Everseal Basement today at (630) 209-8064 to schedule a free inspection and discover how our polyurethane concrete lifting services can restore and enhance your concrete surfaces in Aurora and beyond.