Weather conditions play a significant role in the health and integrity of your basement. From heavy rains to snowmelt and fluctuating temperatures, various weather elements can pose challenges to basement waterproofing. Understanding how these conditions affect your basement can help you implement effective waterproofing strategies to protect your home. In this blog post, we’ll explore the impact of weather conditions on basement waterproofing and offer insights into how you can mitigate potential risks.

The Influence of Rainfall:

Heavy rainfall is a common cause of basement water problems. When rainwater accumulates around your home’s foundation, it can seep into the basement through cracks, gaps, or porous materials. Over time, this moisture infiltration can lead to water damage, mold growth, and structural issues.

To prevent rainwater from infiltrating your basement, consider implementing the following waterproofing measures:   

Proper Grading: Ensure that the ground around your home slopes away from the foundation, directing rainwater away from the basement walls.

Gutters and Downspouts: Keep your gutters clean and properly functioning to channel rainwater away from the foundation. Install downspout extensions to discharge water at least 6 feet away from the house.

French Drains: Install a French drain system to intercept and redirect groundwater away from the foundation, reducing hydrostatic pressure and preventing basement flooding.

Snowmelt and Freezing Temperatures:

In regions prone to cold winters, snow accumulation, and freezing temperatures can exacerbate basement waterproofing challenges. When snow melts, the resulting water can seep into the soil around the foundation. If this water infiltrates cracks or porous concrete, it can freeze and expand, causing further damage to the foundation walls.

To address snowmelt and freezing temperature concerns, consider the following measures:

Insulation: Properly insulate your basement walls to reduce heat loss and minimize the risk of freezing. Insulation also helps regulate indoor temperatures, reducing the likelihood of condensation and moisture buildup.

Foundation Sealing: Seal any cracks or gaps in the foundation walls to prevent water infiltration. Use waterproofing coatings or sealants designed specifically for below-grade applications.

Snow Removal: Keep snow accumulation away from the foundation walls to prevent excessive moisture exposure. Shovel snow away from the house and ensure that melting snow drains away from the foundation.

Seasonal Variations:

Basement waterproofing needs may vary depending on the season. For example, during the wet season, such as spring or fall, you may experience increased groundwater levels and higher humidity levels, posing greater risks of basement water intrusion. Conversely, in the dry season, you may encounter challenges related to soil shrinkage and foundation settlement.

To address seasonal variations in basement waterproofing needs, consider the following tips:

Regular Inspections: Schedule regular inspections of your basement and foundation to identify any signs of water damage or moisture intrusion. Address any issues promptly to prevent further damage.

Maintenance: Keep your drainage systems, gutters, and downspouts clean and well-maintained throughout the year. Clear debris, inspect for leaks, and make repairs as needed to ensure optimal performance.

Professional Assistance: Consult with a qualified basement waterproofing contractor to assess your home’s unique needs and develop a comprehensive waterproofing plan tailored to your climate and seasonal conditions.

Weather conditions significantly impact basement waterproofing needs, presenting various challenges that homeowners must address to protect their properties from water damage and mold growth. By understanding the influence of rainfall, snowmelt, freezing temperatures, and seasonal variations, you can implement proactive waterproofing measures to safeguard your basement and ensure the long-term integrity of your home. Remember to prioritize regular maintenance, inspections, and professional assistance to address any issues promptly and effectively. With proper planning and proactive measures, you can enjoy a dry, healthy basement year-round. 

The post How Weather Conditions Impact Basement Waterproofing Needs  appeared first on ACCL Waterproofing.

A dry and secure basement is essential for maintaining the integrity and health of your home. When faced with basement waterproofing needs, finding the right contractor is a critical step toward ensuring a successful and lasting solution. In this guide, we’ll explore the key factors to consider when selecting a basement waterproofing contractor. 

• Credentials and Licensing:
  Start by verifying the contractor’s credentials and licensing. A reputable contractor should be properly licensed, insured, and adhere to industry standards. This ensures they have the necessary expertise to handle your basement waterproofing project.   

• Experience in Basement Waterproofing:   

Assess the contractor’s experience specifically in basement waterproofing. An established track record in successfully addressing various waterproofing issues is a strong indicator of their competence.

• References and Reviews:
  Request references from past clients and check online reviews. Hearing about others’ experiences can provide valuable insights into the contractor’s reliability, workmanship, and customer service.

• Site Inspection and Evaluation: 

 A professional contractor will conduct a thorough on-site inspection to assess the specific waterproofing needs of your basement. Avoid contractors who provide estimates without inspecting the property.

• Transparent Cost Estimates:

  Obtain detailed and transparent cost estimates. A trustworthy contractor will break down the costs, explaining each component of the waterproofing project. Be cautious of vague or overly optimistic estimates. 

• Warranty and Guarantees:

  Inquire about the warranty and guarantees offered by the contractor. A reputable professional stands by their work and provides clear terms for potential future issues. 

• Communication and Responsiveness:

  Assess the contractor’s communication skills and responsiveness. Timely and clear communication is crucial throughout the project, from the initial consultation to completion.

• Use of Quality Materials and Technology:

    Inquire about the materials and technology the contractor intends to use. A reliable contractor will be up-to-date with the latest waterproofing methods and use high-quality materials for a durable solution.

• Timeline and Project Schedule:

 Discuss the expected timeline for the waterproofing project. A professional contractor will provide a realistic schedule, keeping you informed about each phase of the process. 

• Flexibility in Solutions:

  Look for a contractor who offers a range of waterproofing solutions tailored to your specific needs. Avoid one-size-fits-all approaches, as each basement may require a unique strategy.

Choosing the right contractor for your basement waterproofing is a crucial decision that directly impacts the long-term well-being of your home. By considering these factors and conducting thorough research, you can make an informed choice and ensure a dry, secure, and healthy basement for years to come.

The post Choosing the Right Contractor for Your Basement Waterproofing: A Comprehensive Guide appeared first on ACCL Waterproofing.

1. Understanding the Purpose of Drainage Systems:

• Effective drainage systems are designed to divert water away from your foundation, preventing it from seeping into your basement. These systems help manage surface water, groundwater, and water accumulation due to heavy rain or melting snow.  

2. Exterior Drainage Systems:

• French Drains: French drains are a popular exterior drainage solution that utilizes a perforated pipe surrounded by gravel or rock. They collect and redirect water away from your foundation, preventing it from entering your basement.
•  Grading: Proper grading around your home ensures that water flows away from the foundation, reducing the risk of water intrusion. 

3. Interior Drainage Systems:

• Interior French Drains: Interior French drains consist of a channel installed around the perimeter of the basement floor. It collects water that enters the basement and redirects it to a sump pump, which pumps the water away from the foundation.
• Sump Pumps: Sump pumps are essential components of interior drainage systems. They efficiently remove water collected by French drains or from basement seepage, preventing water accumulation.  

4. Importance of Gutters and Downspouts: 

• Properly functioning gutters and downspouts play a critical role in keeping water away from your foundation. They collect rainwater from the roof and direct it away from the house, reducing the risk of water seepage into the basement. 

5. Benefits of Proper Drainage in Basement Waterproofing:

• Prevents water damage: Effective drainage systems prevent water from entering your basement, protecting your belongings and the structural integrity of your home.
• Reduces mold and mildew growth: Proper drainage minimizes mold and mildew growth risk by keeping the basement dry, which can pose health hazards.
• Extends the lifespan of your foundation: Excessive moisture can weaken the foundation over time. Adequate drainage helps maintain a stable and solid foundation, prolonging its lifespan. 

6. Maintenance and Inspection:

• Regular maintenance and inspection of your drainage systems are essential to ensure their continued effectiveness. Clearing gutters, checking downspouts for blockages, and monitoring the functionality of sump pumps are important tasks in maintaining proper drainage. 

In conclusion proper drainage is a crucial aspect of basement waterproofing. By effectively managing water around your home’s foundation, you can safeguard your basement from water damage, mold growth, and structural issues. Whether through exterior drainage solutions or interior drainage systems, investing in proper drainage will provide you with a dry and healthy basement for years to come. Remember, consulting with a professional basement waterproofing specialist can help assess your specific needs and recommend the most suitable drainage solutions for your home.

If you are ever looking for a reputable company do not hesitate to contact ACCL Waterproofing for all your waterproofing needs. 

Contact us at :

Phone: 416-759-2995

Email:info@Acclwaterproofing.ca

The post The Role of Proper Drainage in Basement Waterproofing. appeared first on ACCL Waterproofing.

You can waterproof concrete from the positive (external) side, negative (internal) side, or from within the concrete itself to make it truly waterproof—that is, to prevent water passage while also resisting hydrostatic pressure (integral systems). Although sheet membrane waterproofing is the most extensively utilized positive-side method, breakdowns and restrictions are widespread and costly.

It’s challenging to keep up with advances in membranes and crystalline admixtures, and both technologies have seen significant developments. Here’s a quick rundown to help you make your decision.

Membrane Sheet Systems

A sheet membrane made of polymer components combined with asphalt and adhered to a polyethylene sheet is known as cold-applied polymer-modified bitumen. When compared to asphalt alone, the polymer is merged with the asphalt to generate a more viscous and less temperature-sensitive elastic material. These self-adhering sheets are free of the hazardous chemicals linked with asphalt adhesion. They also boost tensile strength, acid resistance, resilience, self-healing, and bonding ability.

Despite these developments, there are still drawbacks. Membranes require sealing, lapping, and finishing of seams at the corners, edges, and between sheets, which can be difficult to do. Sheet membranes must also be applied with a smooth finish that is free of cavities, honeycombs, and protrusions. Protection boards must be installed since the membrane can puncture and rip during backfilling.

Despite these disadvantages, sheet membranes have been the industry standard in waterproofing for many years and continue to dominate the market. Impact resistance, hardness, and overall longevity are reasons for their continued use when compared to other membrane solutions.

Membranes that are treated with liquid

Liquid-applied membranes are commonly made up of urethane or polymeric asphalt (hot or cold-applied) in a solvent base and can be applied with a brush, spray, roller, trowel, or squeegee. These membranes, which have high elastomeric qualities, are frequently put to the positive side of cured concrete. Negative-side applications are now possible because to recent technological advancements.

The thickness and uniform application of liquid-applied membranes are critical for successful waterproofing. They necessitate professional, experienced labour, a clean and dry substrate — which can be a challenge in the construction environment — a protection layer before backfilling, correctly cured concrete to avoid adhesion and blistering issues, and, for horizontal applications, a vapour barrier. When exposed to UV light, liquid-applied membranes degrade and cannot tolerate foot traffic. Toxic and dangerous volatile organic molecules are also present in the liquids (VOCs).

Liquid-applied membranes function well on projects with many plane transitions, elaborate geometric designs, and protrusions, but they are normally employed only when premade sheets fail.

Admixtures

A new sort of waterproofing has been employed all around the world for the past three decades. These chemically reactive integrated additive systems are added to concrete at the batching plant or on-site. They turn the concrete itself become a water barrier, rather than establishing a barrier on the positive or negative side of the concrete. Densifiers, water repellents, and crystalline admixtures are all examples of integral concrete waterproofing systems.

Densifiers react with the calcium hydroxide generated during hydration to produce a by-product that enhances concrete density while slowing water migration. They aren’t often classified as waterproofing or repellant materials because they can’t seal cracks or joints. Additional waterproofing solutions are required to protect concrete from damage and deterioration when it is subjected to hydrostatic pressure.

The term “hydrophobic” refers to water repellents. Oils, hydrocarbons, stearates, and other long-chain fatty acid derivatives are common ingredients in these liquids. While hydrophobic systems are effective in damp-proofing, they are less effective at resisting liquid under hydrostatic pressure. Induced stresses produce cracking in concrete, which allows water to pass through. As a result, water repellents’ performance is mainly dependent on the concrete itself.

Admixtures with crystals

Crystalline-based systems are usually dry, powdery, and have a hydrophilic character. Unlike its hydrophobic competitors, crystalline systems utilize available water to create crystals inside concrete, successfully blocking moisture from damaging the material. They prevent water from entering from any direction because the concrete acts as a water barrier. When demolition happens, the crystalline formula has no VOCs and can be totally recycled.

In addition, crystalline admixtures have advantages in terms of installation. Unlike traditional membrane waterproofing, which is labor-intensive and costly, crystalline admixtures can be delivered in dissolvable, pulpable bags that are tossed into the concrete batch during mixing. By integrating stages with concrete placement, the building schedule is shortened and labor expenses are reduced.

In applications where there is a lot of movement, integral crystalline waterproofing systems should be avoided. Crystals align in a three-dimensional array during the crystallization process, which fractures when subjected to extreme movement. Areas that require flexibility and are subject to repeated movement, such as plaza decks or rooftops, should be waterproofed in a different manner.

Choosing the best product

In the construction industry, efficiency is crucial, and choosing the correct concrete waterproofing product for the task may make or break a project’s deadline. Concrete waterproofing manufacturers are collaborating with contractors more closely than ever before to understand their project’s specific requirements and guarantee they have the proper technology to safeguard their structures.

Take advantage of the warmer summer months to have us look at your basement and help you determine how best to address your basement leakage problems.  

Get the job done RIGHT – Hire a professional Waterproofing company!

Want to know more about our waterproofing process? Give us a call at 416-759-2995

Rely On our ACCL Wet Basement Waterproofing Experts

Don’t Drown in a wet basement!

Rely On Wet Basement Waterproofing Experts in Toronto

If you’ve noticed foundation cracks, spots, water, mold, and mildew, don’t ignore the signs or it could lead to more damage and possible health effects.

The basement waterproofing specialists at ACCL Waterproofing know how to repair your basement and foundation walls and keep moisture out of your basement. We would be pleased to develop a guaranteed solution to keep your basement dry!

The post Waterproofing Concrete: ACCL Waterproofing appeared first on ACCL Waterproofing.

Is your basement constantly wet? Do April showers bring May flowers and a flooded basement? Then waterproofing your basement and installing a drain system with a sump pump may be necessary. A wet basement not only prohibits you from using extra space in your home, but it can also turn your basement into a large petri dish ideal for the growth of harmful molds and fungi.

10 STEPS!

ACCL Waterproofing Step One:

It’s impossible to avoid the fact that breaking up concrete is a filthy task. While you’re working, switch off your furnace or central air conditioning and block all return air vents until you’re finished. Move everything out of the area and drape plastic from the ceiling to create an isolated workstation instead of covering it with plastic.

If you have an unfinished ceiling, make sure the plastic reaches all of the joist spaces. While using the jackhammer, place a fan in the window to help with the heavy dust. Also, put on a dust mask and earplugs. More measures to secure your house during remodeling efforts can be found here.

ACCL Waterproofing Step Two:

Electric jackhammers are preferred by professionals since pneumatic jackhammers generate significantly more dust. To begin, hammer a line 16 to 18 inches away from the wall. Begin by chipping in a straight line along the length of the wall, then return to break it down into manageable chunks. Return once the perimeter has been completed to break the concrete row into manageable fragments. If each component has enough freedom to pull away, it will break free more easily, so remove the sections as you go. Remember to make a larger area for your sump basin!

ACCL Waterproofing Step Three:

Dig down to the bottom of the footing but not below it once the concrete has been removed. You could wind up with cracks in your wall or worse if you jeopardize the soil beneath the footing. Use rubber feed buckets (usually used for farm animals) since they fit through narrow basement windows and are less likely to damage trim.

ACCL Waterproofing Step Four:

It’s ideal to put your basin in an unfinished basement area so you can get to the sump pump quickly. If you don’t intend to complete the basement, put the basin where you want the water to drain out of the house so you don’t have to install as much plastic tubing.

Dig the hole until the point where the top of the basin is flush with the finished concrete. Drill 1-inch holes in each block core and each mortar joint if your waterproofing basement walls are composed of concrete block. The water that collects in the cores and between the blocks will now be able to flow into the drain. Drill the holes as close as possible to the footings. It’s possible that the lower bricks are concrete-filled. You’ll have to demolish any existing walls and install foundation wrap in that instance. As you drill, place a shop vacuum hose close to the hole to reduce dust.

ACCL Waterproofing Step Five:

Place the basin in its final position before marking the locations of the holes where the pipes will meet the basin. Keep in mind that towards the basin, there will be a thin layer of rock (one layer thick) under the pipe. Use a reciprocating saw, jigsaw, or hole saw to make the holes. It is not necessary for the holes to be flawless. Don’t remove all of the dirt at once; some will be needed to fill in around the basin. Fill in around it once it’s permanently in place, tamping the ground with a 2×4 as you go.

ACCL Waterproofing Step Six:

Shovel in a bottom layer of 1-1/2-in. to 2-in. cleaned river rock before laying the pipe in the trench (a layer of smaller rock can become clogged with minerals and sediments). Every 10 feet, the pipe should slope at least 1/4 inch toward the basin. To get this pitch, rake the rock around. On top of the boulder, place your irrigation pipe. Because regular flexible drainpipe clogs easily, don’t use it. Schedule 10 perforated pipe with a 4-inch diameter is preferred.

Purchase a pipe with 1/2-inch rows. Only one side of the pipe has perforation holes, not all the way around. Install the pipe with the openings pointing down so that the minerals and sediment in the water can flow down and settle into the earth. The water that does rise up into the pipes from below will be reasonably clean as a result. Clean water will extend the life of the entire system by several years. Begin at the basin and push the male end of the pipe about 4 inches into the basin. At the corners, use PVC or ABS elbows. Cementing the parts together isn’t required.

ACCL Waterproofing Step Seven:

Drill a 1-inch hole in the core of each block and each mortar junction. After you’ve installed your pipe, you’ll need to connect it to the 1-inch irrigation hose that will bring the water from the blocks to the trench. Stick with irrigation hose because a softer hose, such as a garden hose, can be crushed flat by the new concrete. With a hacksaw or reciprocating saw, cut the hose. Make sure each hose portion is several inches past the footing.

ACCL Waterproofing Step Eight:

If your walls are made of poured concrete rather than block, you’ll need to build a foundation wrap to allow water to drain properly. The foundation wrap is constructed of durable plastic and has rows of dimples that allow water to pass through. With a utility knife, cut the sheets into strips. Allow the bottom half of the strips to run past the footing by bending them at 90 degrees. The length of the wrap against the wall is determined by your circumstances. Run the wrap up 4 in. above the top of the concrete on a poured wall, or up 4 in. past the holes you drilled in the block wall, at the very least. Try to tuck the wrap below the bottom plate if you’re working along stud walls.

ACCL Waterproofing Step Nine:

It’s time to cover it up after the hoses or foundation wrap are in place. Fill the trench with river rock up to the existing slab’s bottom, then cover the rock with a vapour barrier of at least a 6-mil thickness of plastic. Mix your concrete outside to reduce dust. For slabs and sidewalks, a bagged concrete mix will suffice. To “screed” the fresh concrete flush with the floor, slide a 3-foot strip of 2×4 along the floor and smooth it out with a hand float. After 20 minutes, use a finishing trowel to level it out. Fill the gap beneath any existing walls entirely with the float.

ACCL Waterproofing Step Ten:

Submersible pumps with a vertical float switch are more reliable than pedestal or float switch pumps, according to professionals. On the pump, install a 6- to 8-in. segment of pipe, followed by a check valve. Ensure that the check valve does not obstruct the pump switch. Attach another segment of pipe above the check valve, long enough to reach above the top of the basin. In the portion of pipe just below the check valve, drill a 1/4-in. to 3/8-in. vapour lock release hole.

This permits the pump to come up to speed before attempting to force open the check valve, which may be under pressure from many gallons of water. While the pump is running, angle the hole so that water pours down. It’s preferable if your pump has its own output. Other appliances connected to the same circuit may trip a breaker if extension cords go unplugged. The pipe exiting the basement must be placed in a sloped area away from the house.

Consider burying the waste pipe in the trench and having it come back up where you want it if it involves running a pipe back across the basement. If you reside in a cold environment and your pipe will discharge above ground, run it no more than 8 inches past the siding. In the winter, this will keep it from freezing. Basement drain water, with a few exceptions, cannot be put into city sewer systems.

Most systems can be emptied into storm sewers if they are above ground level. Inquire with your building official about the rules in your region.

Take advantage of the warmer summer months to have us look at your basement and help you determine how best to address your basement leakage problems.  

Get the job done RIGHT – Hire a professional Waterproofing company!

Want to know more about our waterproofing process? Give us a call at 416-759-2995

Rely On our ACCL Wet Basement Waterproofing Experts

Don’t Drown in a wet basement!

Rely On Wet Basement Waterproofing Experts in Toronto

If you’ve noticed foundation cracks, spots, water, mold, and mildew, don’t ignore the signs or it could lead to more damage and possible health effects.

The basement waterproofing specialists at ACCL Waterproofing know how to repair your basement and foundation walls and keep moisture out of your basement. We would be pleased to develop a guaranteed solution to keep your basement dry!

The post ACCL Waterproofing: How to Waterproof a Basement and Install a Basement Drainage System appeared first on ACCL Waterproofing.

A sump pump failure can result in various wet leaky basement damages. When you own a sump pump it is your first defence against a wet basement or basement flooding. However when a sump pump fails, it can make problems worse or cause flooding. Finding evidence of water in your basement when you own a sump pump can be a clear indication that your sump pump has failed. In this article the waterproofers at ACCL Waterproofing will go over the top red flags and what you should do if your sump pump fails! 

What Is a Sump Pump?

A sump pump is designed to remove water and excess moisture from your basement. The sump pump is installed at the lowest point of your basement floor. Once properly installed the sump pump system controls how water gathers beneath your home while collecting the water through a filter trap. This directs the water outside and away from foundation using a discharge pipe to prevent moisture levels rising in your home.

Most homes have a sump pit below their foundation, depending on home location and age. When gravity drainage doesn’t work, the Ontario builders code requires a sump pump to be installed. Although homeowners may decide to have a sump pump installed if their basement begins leaking or showing signs of water damage.

Why sump pumps fail?

The average lifespan for a sump pump is 10 years. Since sump pumps are mechanical devices they are prone to malfunction, especially if not maintained properly. Sump pumps run on electricity connected to your homes power supply if the power shuts off or gets disconnected your sump pump will fail. Sump pumps also come in various types, brands, and models. Depending on the model, brand, and type of pump you may have purchased a cheaply or poorly designed sump pump. Another factor in a sump pumps failure is not being installed properly.

How you can spot a sump pump failure

7 common ways a sump pump will fail on you – See Below

1. Makes strange noises:

If you hear strange sounds coming from your pump, it could indicate worn or damaged parts. A rattling or grinding noise could mean a jammed or damaged impeller. Another sound to listen for is motor noise. Noise from the motor could indicate a failed bearing.

2. Overrunning sump pump:

During heavy rain storms and winter snow thaws your sump pump will be working overtime! However in some cases the sump pump may not have the sufficient horsepower to be able to handle the volume of water pouring in.

3. Eight Years Old or Older

Regardless of maintenance and cleaning, these devices do not last forever. If yours is older than seven years, go ahead and replace it.

4. Irregular Cycling

If you notice your sump pump is cycling on and off frequently, you most likely have an issue with the float switch. The float switch is responsible for turing on the sump pump and if you notice irregular cycling it could mean your float switch is causing the pump to come on when only a few inches of water accumulate in the basin.

5. Clogged Sump Pumps and Switches

Sump pumps that become clogged either slow down or stop working entirely causing a sump pump failure. – See below for ways a sump pump can get clogged ;

• • • • • Sump Pit: The sump pit can get clogged with debris and dirt.
        • Sump Pump Mechanical Parts: If the sump pump sits straight against the bottom of a dirty sump pit, the mechanical parts will become dirty and clogged.
        • Float Switch: The float switch can become clogged or jammed causing your pump to run constantly or not at all.

6.Frequent Power Outages

When a power outage happens, or your power shuts off a traditional sump pump will stop working. Leaving some components vulnerable to damage from power surges, causing pump failure. If you live in an area that has constant or frequent power outages- Consider installing a battery backup sump pump.

7. Working sump pump but no water in sump pit?

Noticing theres no water in the sump pit can be a huge sign of an improperly installed pump, or a pump that is not linked to a drainage system. Not all contractors are waterproofing or plumbing experts Call a professional right away if you feel your sump pump hasn’t been installed correctly!

RED FLAGS ?

Have you noticed the 7 top red flags listed above during your inspection? or are not sure how to spot the signs?

Get the job done RIGHT – Hire a professional Waterproofing company!

Want to know more about keeping your sump pump maintained  or how to prevent sump pump failures ? Give us a call at 905-448-5909

Click here to find out why you shouldn’t waterproof without professionals

Rely On our ACCL Wet Basement Waterproofing Experts

If you need a basement underpinning renovation to increase the height and square footage of your home, or if your foundation is showing structural problems. CALL 905-448-5904 or CLICK HERE to visit our contact page.

The basement waterproofing specialists at ACCL Waterproofing know how to repair your basement and foundation walls and keep moisture out of your basement. We would be pleased to develop a guaranteed solution to keep your basement dry!

How do basements become wet?

Wet Basement? – 4 Common Ways Water Can Get Into Your Home

Why Choose Basement UNDERPINNING ?

Foundation Cracks? – How crack injections work

DOES YOUR BASEMENT NEED WINDOW WELLS?

Picking the right sump pump for you home/investment

Waterproofing Ontario properties and real estate

Click here to view our September promotions!

The post Sump pump failure | RED FLAGS | appeared first on ACCL Waterproofing.

Basements are one of the most vulnerable areas of the house that is susceptible to moisture, leaks, and condensation. Have you noticed cracks outside your foundation walls, or inside on the walls and floors? Or have you seen the signs of peeling paint, mold and mildew, and pooling of water on your basement floor? – Ever wonder what could be the cause and why this tends to happen in basements majority of the time? In this article the waterproofers at ACCL Waterproofing will go over the reasons why your basement can become flooded, leaky, and humid and how you can prevent it!

4 Reasons why your basement can become wet:

1.    Broken or Cracked Gutters and Downspouts

A wet basement can be caused by your gutters and downspout system. Pay attention to the changing seasons during spring and summer as well as the weather. Rainstorms and winter snow thaws are a huge factor for wet basements, looking outside your house frequently during these storms and thaws to ensure your downspouts and gutters are functioning adequately can help protect your basement from leaks and floods. Noticing cracks or broken areas is a sign you need to have your gutters or downspouts repaired and replaced. Cracks and broken areas will allow water to pool around the foundation of your home causing moisture, humidity, damp basements, leaks, and musty scents throughout your basement. Cleaning your gutter system after each season as well as getting the necessary repairs will allow water to drain away from your home preventing a wet basement

2.    Sump Pump Failure

One of the best ways to keep your wet basement dry and safe of any flooding is to install and maintain a sump pump. Sometimes your sump pump can fail due to several reasons, such as power failure, improper installation, clogged lines, and poor maintenance. When a sump pump failure happens, it can cause a large influx of water to overburden the system forcing leaks to happen around the foundation of your home. Eventually these leaks will seep into the basement walls. ACCL Waterproofing highly recommends calling a waterproofing company, or sump pump maintenance company for immediate assistance if you notice any problems with your sump pump.

Sump pump installed

3.    Grading and Slope:

Seeing and noticing water along the wall of your basement can be a clear indication that there’s a problem with your drainage. If the grading around your foundation is ineffective it will cause the rain or groundwater to make its way into your basement. If the ground slopes inwards or even if its leveled, it could be directing rainwater back towards your home. Remember the grade around your foundation should slope away from the house, not towards it. Usually property slope and grading problems are more common among older homes as the soil shifts and resettles over time. If you think you have property slope or grading problem, you need to have this inspected by a professional as soon as possible.

4.    Foundation cracks

Cracks in your foundation can occur when your property or buildings begin to age, settle and the foundation shifts, causing water seepage and basement floods. If you are a homeowner or rent a property than you know that seeing or noticing cracks on the inside and outside of the property’s foundation or any signs of leakage coming from the cracks during rainstorms and snow melts can be a sign that a crack injection is needed.

Tips for Preventing a Wet Leaky Flooded Basement

Keep Gutters & Down Spouts Clean – Keep gutters clean and extend downspouts away from the house and foundation. This will help limit roof water from collecting and pooling around the foundation.

Landscape – The grade around your foundation should slope away from the house to keep rainfall from collecting and pooling against foundation walls.

Sump Pump Maintenance – Make sure your sump pump is working properly. Make sure the sump pump is plugged into a working electrical outlet. Sump Pump Systems should be serviced (preventative maintenance) at least once a year.

Install A Sump Pump – A sump pump with an automatic level switch should be installed into a basement sump pit (sump liner). When water enters the sump pit, the sump pump will pump water out of the basement (below grade) and away from the house.

Install A Backup Sump Pump – A battery backup sump pump will automatically pump water out and away from the house when there is power loss or if the primary sump pump fails. A battery backup sump pump will also pump water out if the primary pump becomes overwhelmed.

Repair Foundation Cracks – Inspect your basement and repair any cracks. Make Sure There are No Cracks in the foundation wall.

Repair Window Leaks & Protect Window Wells – Inspect basement windows for leaks. If they are leaking, repair them or have them replaced. If your basement windows are below grade, clean any debris around the windows and consider installing Window Well Covers.

Snow Removal – Shovel snow away from the perimeter of the home, especially basement windows. Keeping excessive snow away from your home’s foundation will reduce the amount of water caused by snow melt.

Check & Prevent Frozen Pipes – Inspect plumbing that is exposed in the basement. Insulate all water pipes from cold moving to prevent from pipe burst from freezing.

Most flooded basements are caused from a lack of maintenance, as we often look to quick fixes for wet basement problems. Getting the proper prevention system or maintenance can help prevent a flooded basement.

Get the job done RIGHT – Hire a professional Waterproofing company!

Want to know more about keeping your basement free of water? Give us a call at 905-448-5909

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Rely On our ACCL Wet Basement Waterproofing Experts

If you need a basement underpinning renovation to increase the height and square footage of your home, or if your foundation is showing structural problems. CALL 905-448-5904 or CLICK HERE to visit our contact page.

The basement waterproofing specialists at ACCL Waterproofing know how to repair your basement and foundation walls and keep moisture out of your basement. We would be pleased to develop a guaranteed solution to keep your basement dry!

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Spring has finally arrived! Flowers are beginning to bloom, trees are beginning to get leaves, and the birds are singing. Aside from all the spring excitement you may also notice rain and thunderstorm season is upon us making it important that you take the necessary precautions to protect your basement from flooding. In this article the Waterproofers from ACCL Waterproofing will go over the top 3 steps you should take in order to prevent flooding in your basement.

Step one:

Clean Your Gutters and Downspouts:

It’s important to keep your gutters clean in order to effectively keep rainwater away from your home. Gutters and downspouts direct rainwater and melting snow off the roof into areas away from the foundation. Excessive buildup of leaves and debris from the left-over winter season, causes the rainwater to not be able to flow freely, potentially causing problems with your roof and causing a leaky basement. Your downspouts should be at least 5 feet away from your home. If the water from the downspouts doesn’t make it far away enough from the home, it can pool around the foundation of the home causing hydrostatic pressure on the foundation with possible crawl space or basement flooding.

Insuring you check your gutters this spring season will prevent any water damage that can occur when they are clogged. It also helps prevent corrosion which could lead to costly repairs or a gutter replacement.  Therefore, it’s a good idea to clean your gutters regularly.

Step Two:

Checking for Cracks:

Noticing any cracks on your basement walls or floor could potentially put you at risk for basement leaks or if you are already experiencing basement leaks it could be the reason. A short walkthrough of your homes inside and outside as well as checking along your foundation walls for cracks can be critical to ensuring full basement flood protection this spring. If you see any and have worries or are unsure how to spot these cracks, call ACCL Waterproofing for a free estimate and we’ll let you know what’s going on and how it can be fixed.

Step Three:

Testing Sump Pumps:

One of the best ways to keep your wet basement dry and prevent any flooding is to install and maintain a sump pump. its important to check on your sump pump periodically. Having a visual inspection should let you know if the sump pump is working property or if it is not, catching a sump pump problem early can be crucial to keeping water from rainfalls away from the inside of your home. Even when it’s not rain or thaw season you should still check on your sump pump to ensure its operational. A simple way to test your sump pump is to pour a bucket of water into the sump pit – if it starts up automatically this means your sump pump is functional.

If you have a sump pump in your basement (which you probably should), you need to test it regularly. First, check to make sure that it’s working. Where your outlet is, you should see two plugs. Unplug both, and then plug in the one just for your pump. If it doesn’t turn on right away, it is not working right. If it does work, make sure to plug back in the other plug in the outlet to make sure that your sump pump is ready to go. Next, pour water into your sump pump. This will show you in real time if it’s going to work.

Don’t Drown in a wet basement!

Rely On Wet Basement Waterproofing Experts in Toronto

If you’ve noticed foundation cracks, spots, water, mold, and mildew, don’t ignore the signs or it could lead to more damage and possible health effects.

The basement waterproofing specialists at ACCL Waterproofing know how to repair your basement and foundation walls and keep moisture out of your basement. We would be pleased to develop a guaranteed solution to keep your basement dry!

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The post Is your basement spring ready? appeared first on ACCL Waterproofing.

the main decision of whether to go with a crawl space foundation or concrete slab depends on the type of soil, drainage, landscaping, and grading around your home. Both concrete slabs and crawl space foundations have benefits and disadvantages, the main decision falls on the factors above.

Definition of a concrete slab:

Concrete Slab foundations are made from concrete poured directly at the home site. These foundations don’t require much preparation and are very easy to install. The concrete slab foundations are typically about 2 feet deep on the edges and less than 1 foot thick in the remaining areas. Slab foundations are used most frequently in warmer climates.

 Definition of a crawl space:

Crawl space foundations are usually constructed with cinder blocks and bricks. This style of foundation is common in wet climates where water would accumulate around the base of the foundation otherwise. An elevated home with a crawlspace underneath will be safer from flooding or frequent rain. Homes will also be less likely to have a problem with termites or rodent infestations.

What makes a concrete slab different from a crawl space foundation?

Concrete slab foundation is a big rectangle of concrete that makes up the bottom of your home.  However, it is anchored in the ground by thick footing around the edges of your foundation, often reinforced by rebar. This leaves no space between the bottom of your basement floor and the ground.

A crawl space foundation also has concrete or cinder block footings around the perimeter of your home that are rooted under the ground, but also have piers throughout the floor that stick up to directly support the floor joists under your floor. Piers are either concrete blocks, metal columns, or wooden posts. This leaves an aptly named, crawl space, under your floor, beneath your home.

Concrete Slab Pros and Cons:

Concrete slab foundations are typically more budget friendly to install as they can be laid over undisturbed soil, requiring less labor. When you install a concrete slab, you won’t have to worry about animals hiding under your home or leaking pipes damaging your foundation. Concrete slabs limit accessibility to your HVAC systems and ductwork; making any repairs to these systems will be more expensive. It’s possible for tree roots to grow into your concrete slab, causing cracks.

Crawl Space Pros and Cons:

Crawl space foundations typically home you HVAC under the house for easy maintenance and repairs. Your home is elevated with a crawl space making it less likely to have termite damage. Crawl space foundations can also be built on a sloped lot using graduated footings. Crawl spaces are well known for flooding and excess moisture that can cause future problems if left untreated. The most important thing to do when installing a crawl space foundation is to plan for drainage away from the crawl space, and ventilation to dry out the crawl space.

Concrete slabs  and crawl space foundations will be durable if constructed professionally from quality materials on a properly prepared lot. Expect a concrete foundation to last about 50 years or more barring any shifts in the earth beneath the concrete or tree root intrusion. A crawl space has about the same life expectancy, barring any violent flooding or insect infestation.

The basement waterproofing specialists at ACCL Waterproofing know how to repair your basement and foundation walls and keep moisture out of your basement. ACCL Waterproofing would be pleased to develop a guaranteed unique solution to keep your basement dry!

When you choose ACCL Waterproofing, you have the peace of mind, knowing that you have a trusted name in the Greater Toronto Area and Durham Region to keep your basement dry.

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