Frequently Asked Questions

1. Cut the 39″ x 160″ DRICORE DuraDri^TM mattress underlay in half at 80″ mark, creating 2 pieces (each measuring 39″ x 80″).
2. Place the 2 cut pieces side by side along the 80″ sides, white dimpled surface facing down where mattress will lay.
3. Tape the 2 cut pieces together on the grey fabric side (construction grade sheathing tape is recommended). The extra fabric around the border of the material will provide overlap material to ease the taping process.
4. Place mattress on top of prepared mattress underlay.
5. Trim excess material as needed with scissors.
6. Enjoy a dry and comfortable sleep.

1. Cut the 39″ x 120″ DRICORE DuraDri^TM mattress underlay in half at 60″ mark, creating 2 pieces (each measuring 39″ x 60″).
2. Place the 2 cut pieces side by side along the 60″ sides, white dimpled surface facing down where mattress will lay.
3. Tape the 2 cut pieces together on the grey fabric side (construction grade sheathing tape is recommended). The extra fabric around the border of the material will provide overlap material to ease the taping process.
4. Place mattress on top of prepared mattress underlay.
5. Trim excess material as needed with scissors.
6. Enjoy a dry and comfortable sleep.

1. Place the 39″ x 75″ DRICORE DuraDri^TM mattress underlay, white dimpled surface facing down where mattress will lay.
2. Place mattress on top of mattress underlay.
3. Trim excess material as needed with scissors.
4. Enjoy a dry and comfortable sleep.

While designed for RVs, boats, campers and vans, the DuraDri Mattress Underlay can be used in other settings where moisture management under mattresses is required.

Yes, it is made from eco-friendly spun polypropylene, making it a sustainable choice for your moisture management needs.

No, DuraDri is designed to resist breakdown or brittleness, ensuring long-lasting performance despite exposure to environmental factors.

The sizes available are

DuraDri elevates your mattress, creating a space for proper airflow to manage condensation caused by temperature changes.

Proper airflow prevents moisture buildup caused by temperature differences (e.g., being cozy under blankets in a cooler environment). This is especially crucial in smaller, poorly ventilated spaces like RVs and boats, where dampness can lead to mold and mildew over time.

The design provides airflow under your mattress, helping to keep it dry and comfortable by allowing moisture to evaporate, which reduces dampness and the potential for mold and mildew. The dimpled design provides airflow under your mattress, helping to keep it dry and comfortable by allowing moisture to evaporate, which reduces dampness and the potential for mold and mildew.

DuraDri Mattress Underlayment is made from eco-friendly spun polypropylene and features Air Gap Technology to promote airflow. Designed for use beneath mattresses in RVs and boats, it helps prevent mold and mildew by reducing trapped moisture.

Certiguard panel overlaps are designed to lock loosely and not hold tightly. If they seem to separate when pulled, this is normal and does not impact performance as long as they are correctly aligned during installation.

If Certiguard panels curl at the seams, apply tape at the seam ends to secure them. This will help maintain a smooth and stable surface.

If Certiguard panels feel bouncy or rocking, the floor underneath may not be level. To fix this, use a self-leveling compound to even out any height differences greater than 3/16″ over a 6′ span before reinstalling Certiguard.

No, Certiguard panels are not designed to be stacked. Use only one layer for proper performance.

Glue should not be applied directly on Certiguard. If needed, glue can be applied on a layer of plywood installed above the Certiguard panels.

Taping is required only at the ends of rolls. For seams along adjacent rolls, taping is optional and not mandatory, but it can provide added stability.

Maintain access to floor drains by cutting an opening in the Certiguard panel over the drain. Cover the opening with a ventilating decorative cover to ensure proper airflow and functionality. Never cover the floor drain.

Yes, all dust on the foundation floor should be removed before installation to ensure proper adhesion and stability of the Certiguard panels.

Certiguard requires a fully level floor for proper installation. Use a self-leveling compound to correct any slopes or uneven surfaces.

Wall trim or skirting should be installed 1/8 inch above the finished floor to allow for expansion and ventilation.

Use a self-leveling compound to address height differences greater than 3/16 inch over a 6-foot span. This ensures a smooth and stable surface for installation.

Suitable Locations:

• • Basements, on-grade, and above-grade areas.
  • Condos.
  • Bathrooms (refer to flooring compatibility for specifics).
  • Garages (Only if used for living applications, NOT advisable if car is intended to be parked on it).

• Unsuitable Locations:

• • Outdoor decks, patios, and shower pans.

Yes, Certiguard is equipped with moisture-resistant technology to protect against minor spills and dampness, making it a great choice for basements and other below-grade applications.

Certiguard provides excellent durability in high-traffic areas when paired with compatible flooring. Its rigid surface and moisture-resistant properties make it ideal for basements, utility rooms, and other frequently used spaces.

Certiguard is not designed for direct use with heated flooring systems

No, Tile flooring is not compatible directly with Certiguard.

Yes, Carpet can be installed over Certiguard, but it requires a plywood layer (3/8″ or 7/16″) screwed down to Certiguard for a stable base. The screw length should account for the combined thickness of OSB, Certiguard, and concrete (e.g., 1 1/4″ screws for 3/8″ OSB).

Solid hardwood flooring is not suitable for use with Certiguard. Solid hardwood is never recommended for below grade.

Certiguard can be used with engineered hardwood flooring when installed as a free-floating floor. The engineered hardwood should be at least 12mm thick. Nail-down, staple-down, and glued-down methods are not recommended.

Yes, free-floating (interlock, click-lock, or tongue-and-groove) laminate flooring can be installed directly over Certiguard. The laminate should have a core thickness of at least 5mm. Glued Down or Peel and Stick Laminates are not recommended.

Vinyl tiles and sheet vinyl flooring are not recommended for use with Certiguard. For these types of flooring, Dricore OSB panels are a better alternative.

Yes, LVT flooring, including SPC and WPC varieties, is compatible with Certiguard. A free-floating (click-lock) installation is recommended, ensuring a core thickness greater than 5mm. For best results, the Certiguard underlayment and flooring should be installed in opposite directions to avoid alignment of seams.

Certiguard works well with LVP flooring, including SPC (Stone Plastic Composite) and WPC (Wood Plastic Composite). Use a free-floating (click-lock) LVP with a core thickness greater than 5mm. For best results, the Certiguard underlayment and flooring should be installed in opposite directions to avoid alignment of seams.

Color variances are due to varying levels of die used during the production of DRICORE® Insul-Armor™. There is no performance impact based on color and slight variations may occur based on the production run of the panel.

DRICORE® Insul-Armor® has also been designed with Air Gap technology that encourages constant air flow and evaporation of surface moisture emitted from your basement concrete floor. 

Most basement floors, even in new homes, are damp. Concrete is a porous substance and requires air circulation. As temperatures in the basement fluctuate, it creates the perfect environment for moisture to accumulate between the underpad and concrete. This is where mold can begin to germinate which can lead to poor indoor air quality. A subfloor ensures there is an air gap between the finished floor and the concrete to help protect against moisture, mold and mildew. 

Yes, all DRICORE® Subfloor panels feature a 25 year limited warranty.

DRICORE X-TERIOR ci™ is a high-performance, factory-laminated exterior wall sheathing panel that combines 7/16” water-resistant Structural 1 OSB with 1 1/8″ expanded polystyrene (EPS) foam insulation. It simplifies and accelerates exterior wall construction by integrating structural support and insulation into a single, easy-to-install panel. 

Each panel measures 4 ft x 8 ft and provides an R-Value of 5.1, as tested to ASTM C518. This helps meet or exceed evolving energy code requirements. 

A high-strength adhesive is used to permanently bond the OSB and EPS foam. Once cured, it resists delamination and prevents foam misalignment during handling or installation. 

No. DRICORE X-TERIOR ci™ sheathing panels do not go through a chemical, pressure treating process during manufacturing. Our sheathing is made from wood sourced through a system that is third-party certified to the Sustainable Forestry Initiative® procurement standard. It is also Home Innovation NGBS Green Certified for resource efficiency and indoor environmental quality. 

With its built-in EPS foam layer, DRICORE X-TERIOR ci™ delivers insulation across the entire wall surface, reducing thermal bridging to help projects meet increasing energy code requirements. 

No. DRICORE X-TERIOR ci™ panels are engineered to be installed horizontally only.

Yes. The 7/16″ OSB component of DRICORE® X-Terior™ meets Structural 1 performance requirements, supporting both racking strength and wind load performance in exterior wall applications. 

Yes. It reduces the need for separate exterior sheathing and foam installation. This speeds up construction, reduces material handling and minimizes labor steps, making it an ideal solution for residential and light commercial applications. 

Yes. It serves as a stable base for a wide range of cladding types, just be sure to follow applicable fastening guidelines.

In most residential applications, no additional bracing is required beyond DRICORE® X-Terior™ when installed correctly. However, always verify with your local building code official and design engineer for project-specific requirements. 

No. While DRICORE X-TERIOR ci™ contributes to thermal and structural performance, a separate code-compliant WRB (ex. housewrap or fluid-applied membrane) must be installed over the panel. 

No. The sheathing panel is permeable to allow for drying.  

Yes. To ensure air and moisture control, taping or sealing panel seams with a compatible tape or sealant is highly recommended, particularly in energy-efficient construction. Always follow best practices and code requirements for air and moisture management. 

Yes. It is suitable for residential and light commercial applications, including multi-story projects, when installed according to code and structural requirements. 

No. DRICORE® X-Terior™ can be cut and fastened using standard tools used for traditional OSB installation. Refer to our installation guide for more details. 

Fasteners approved for regular sheathing can also be used with DRICORE X-TERIOR ci™. Ensure your fastener penetrates your structural studs at the depth required by your local Building Code. 

DRICORE X-TERIOR ci™ is engineered, tested and quality-controlled by a 3rd party lab to meet applicable structural, insulation and code performance standards, but it is not certified. 

DRICORE X-TERIOR ci™ panels have a 180-day exposure rating. 

DRICORE X-TERIOR ci™ is available through Home Depot Canada. Please contact us and we can assist with locating a dealer near you. 

DRICORE® Subfloor is a simple do-it-yourself solution to help you create a warm, dry, comfortable basement that is fast and easy to install. DRICORE® Subfloor is designed with a high density plastic membrane containing a patented air gap pattern to ensure moisture emitted from concrete floors can naturally evaporate. The secondary layer of oriented strand board (OSB) provides a solid foundation that can support any type of finished floor and furniture.

DRICORE® Subfloor & Subfloor R+ has an integrate high density polyethylene membrane bonded to the underside of the panel which provides an excellent moisture barrier. DRICORE® Subfloor has also been designed with Air Gap technology that encourages constant air flow and evaporation of surface moisture emitted from your basement concrete floor.

Color and texture variances are natural and not an indication of quality. Variances can be driven by several factors including; the type of trees, the geographical location of the trees and the growing conditions.

A conventional subfloor includes 2×4 sleepers, vapour barrier, 1″-2″ rigid insulation, 15/32″ plywood, and a lot of fastening. The combined height is between 2-1/4″ and 5-1/4″ compared to 1″ for a DRICORE® Subfloor R+ panel.

Sometimes wood variances occur, in this situation manually insert the tongue into the groove by lifting the boards slightly and inserting.

The DRICORE® Subfloor panels are only 3/4″ in thickness, less than half of the height of a conventional subfloor.

The DRICORE® Subfloor panels come in a 3/4″ x 23.25″ x 23.25″ format. This size was created to provide a convenient, lightweight solution that is easy to handle and maneuver when loading into basements.

Yes, the panels cut quickly with a circular saw, jigsaw, or hand saw.

The length of installation time will vary by the room size and complexity of room layout. An average 400 square foot basement should take 4 hours.

Yes, the easy-to-handle, 3/4″ x 23.5″ x 23.5″ panels are configured with a tapered tongue and groove edge making panel assembly fast and easy. Panels cut quickly with a circular saw, jigsaw, or hand saw.

No. Gluing the panel edges is not recommended. The panels are intended to expand and contract with the seasonal temperatures of the basement. A vapour barrier over the concrete surface is not recommended. The built-in high-density polyethylene membrane is the moisture barrier on the underside of the panel, which allows incidental moisture to dry easily.

Yes. For uneven floor variances greater than 1/4″, we recommend first using a concrete self-patching compound or a similar liquid concrete patching product. For floor variances less than 1/4”, we recommend DRICORE® leveling shims.

To check for floor height variances, take a 4ft level or longer straight edge and place over the concrete surface where the installation is to take place. Raise the straight edge or level to the level line and measure the height difference between the concrete floor surface and straight edge with a measuring tape. Mark the spots on the concrete floor where liquid leveling is required and fill in as necessary.

DRICORE® Subfloor & Subfloor R+ can be installed in basements, slab-on-grade homes, garages, workshops, storage rooms, bathrooms, laundry rooms and above ground concrete floors.

Yes. When installing DRICORE® Subfloor & Subfloor R+ panels up to shower stalls or bathtubs, run a flexible caulking to seal the gap between the finished floor and the tub/shower unit in this area to prevent excessive moisture from seeping between the finished floor and DRICORE® Subfloor & Subfloor R+ panels. Continue to leave the 1/4″ spacing around the remaining perimeter edges as specified in our installation instructions.

While DRICORE® Subfloor & Subfloor R+ panels can carry the weight of tubs and/or shower stalls, it is recommended to install these fixtures directly over the concrete surface as to prevent exposure to leaks from plumbing or cracks in seams or fixtures to the surface of DRICORE® Subfloor.

See the finished flooring section for details on finished flooring installations.

Stud walls can be set right on top of your new DRICORE® Subfloor. Install your 2’ X 4’ walls directly on top of the DRICORE® Subfloor panels, measuring for a snug fit between the panels and ceiling. Once the walls are framed and in position, simply screw the bottom plates of the 2’ X 4’ wall to the DRICORE® Subfloor panels, using 2″ wood screws.

To finish the anchoring process, we suggest pinning the bottom plate to the concrete floor either using 3″ concrete nails or self-tapping concrete fasteners. Only minimal fastening to the concrete is required. For example, on an 8-foot length of the wall, you would require only two fastening points (one at both ends). Again, only minimal fastening to concrete is required. Too many fastening points breaking through the polyethylene moisture barrier may defeat the moisture resistant benefit of the DRICORE® Subfloor system.

When you install your subfloor over an unfinished basement, with the intention of framing your inside walls on top, you have to install the subfloor panels with a 1″ perimeter gap to the foundation wall.

NOTE: If you are planning to use metal studs in place of wood, the base track for the studs should be affixed to the DRICORE® Subfloor panels with wood screws. Metal stud baseplates should be anchored to panels every 2 feet when installing over DRICORE® Subfloor panels. As above, two fasteners should penetrate the panel and go into concrete, securing the wall into place.

No problem. It is recommended when installing drywall to leave a 1/4″ gap between the concrete floor and the base of the drywall to avoid moisture contamination. Install 1/4″ spacers between the drywall and the DRICORE® Subfloor panels before panel installation.

Any surface treatments such as paints, stains, varnishes, and polyurethanes must be tested first for compatibility.

To apply, brush or roll on one coat of a high quality primer prior to painting, or 2-3 coats of polyurethane or varnish to the surface of DRICORE® Subfloor panels. Ventilate well during this process.

Add your favorite finished floor – think engineered hardwood, laminate, carpet, vinyl or ceramic tile.

The ventilation system of your home recycles air causing pressure changes throughout the house. These pressure changes force air under baseboards, cracks, expansion gaps, cavities of studs, leaks from ducting etc… Do not seal or block the 1/4″ gap in a way that prevents air from filtering underneath panels. When installing trim, it is best to raise the trim slightly above the finished flooring material, by approximately 1/8″, to help encourage airflow. For basement conditions, proper ventilation and a dehumidifier is recommended to control temperature and humidity levels.

Yes. Install DRICORE® Subfloor panels as recommended in our instruction sheets. For garage installations, panels must end a minimum 1ft from the garage door opening. Anchor panels with Tapcon type concrete fasteners at the leading edge, install a 3/4″ transition strip to protect the edges of the panels, and anchor perimeter wall edge panels to the concrete floor every second panel.

Not for most installations, but it is required in some installations. Below is a list of conditions that require fastening:

If a power carpet stretcher will be used to install carpeting: prevent panel uplift when stretching carpet by fastening DRICORE® Subfloor panels to the concrete floor with Tapcon type concrete fasteners at perimeter edges every four feet plus one in the panel in the centre of the room.

If using DRICORE® Subfloor panels for a garage or workshop where the panels will be left exposed, fasten every second panel along the perimeter wall edges to the concrete floor to prevent lateral movement or shifting with heavy equipment or use. Keep in mind that DRICORE® Subfloor panels are not manufactured to be a finished floor nor left exposed to exterior weather elements.

If installing walls on top of DRICORE® Subfloor: use two fasteners for each 8 foot base plate, through the panels and into the concrete floor to fasten base plates.

If installing tile on the DRICORE® Subfloor panels.

No, but if you have a drain or access to clean-outs, access should be maintained, not restricted. Be sure to check with your local authority for building code recommendations before covering any basement floor drain or clean-out access.

It is not a requirement to install a basement drain prior to installing DRICORE® Subfloor. If you install DRICORE®Subfloor panels over the drain access, cut an access opening in the panel that rests over top of the drain and install a decorative floor drain cover over top of your finished flooring.

There are several options available for increasing airflow under DRICORE® panels. You can increase the occurrence of air flow under DRICORE® panels by cutting 3″ x 10″, or 4″ x 10″, air register vent openings every 10ft around the perimeter walls of the room to allow air to escape.

Transition strips for bridging floor height variations can be found in the flooring or lumber department of your local home improvement centre. Use a combination of 1″ flat moulding stock and quarter round mouldings as a transition.

It is recommended to install radiant floor heating systems on top of the DRICORE® Subfloor panels for optimal performance. The insulating properties of DRICORE® Subfloor will slightly reduce the effectiveness of a radiant floor heating system that is installed underneath DRICORE® Subfloor panels.

DRICORE® Subfloor can support 6,642 pounds per square foot and DRICORE® Subfloor R+ can support 3,153 pounds per square foot as tested by an independent lab, so heavy furniture and equipment like pool tables, weight sets, and pianos are not a problem.

The DRICORE® Subfloor R+ panels are only 1″ in thickness, less than half of the height of a conventional subfloor.

The DRICORE® Subfloor R+ panels come in a 1″ x 23.25″ x 23.25″ format. This size was created to provide a convenient, lightweight solution that is easy to handle and maneuver when loading into basements.

DRICORE® Subfloor R+ has all the benefits of DRICORE® Subfloors but with more than twice the insulation so floors feel even warmer! DRICORE® Subfloor R+ has are R-value of 3.0 vs. DRICORE® Subfloors which has a R-value of 1.4.

DRICORE® Subfloor R+ is a simple do-it-yourself solution to help you create a warm, dry, comfortable basement that is fast and easy to install. Designed with a layer of extruded polystyrene foam (EPS), DRICORE® R+ delivers an R-value of 3.0.The secondary layer of oriented strand board (OSB), provides a solid foundation that can support any type of finished floor and furniture.

Yes, you can cut DRICORE SMARTWALL® panels down, always remember to cut from the top. This will ensure that the channels align properly during install as their heights are measured from the bottom of the panel.

Water vapour is water in its gaseous state, instead of liquid or solid (ice). Water vapour is invisible. In a home, water vapour is harmless, it is when it condenses and forms water that it can become a problem.

In order to help prevent water build up within your walls, DRICORE SMARTWALL® has Vapour Shield Technology (VST) built into every panel. By using expanded polystyrene (EPS) foam, each DRICORE SMARTWALL® panel is factory bonded together to eliminate most air pockets. By eliminating air pockets, which is where water vapour tends to condense, it allows the vapour to remain in its gaseous state, therefore reducing the possibility of water from forming within the wall cavity. This greatly reduces the chance for mold, mildew and rot.

1. DRICORE SMARTWALL®
2. Concrete Foundation
3. Vapour Drive
4. Rain Water
5. Soil

Traditionally framed wood walls lose up to 30% of their insulating capabilities due to an effect called “Thermal Bridging”. Thermal bridging occurs when a conductive material (e.g. wood, aluminum, steel, concrete, etc.) provides a path for heat to flow around insulation. The bypassing “bridging” of the less conductive material significantly reduces its effectiveness as an insulator. This is why many traditionally built walls have cold spots.

DRICORE SMARTWALL® virtually eliminates this “thermal bridge” by effectively encapsulating the framing in each panel within the rigid EPS insulation. This makes DRICORE SMARTWALL® an energy efficient product that you can use to finish your basement.

The “effective” R-value of DRICORE SMARTWALL® is R17. To obtain the same “effective” R-value from a traditionally built wall using 2×6’s, a R24 batt insulation would need to be installed – that is a 29% loss in efficiency. The encapsulated framing also features a tongue and groove design which allow the panels to join together to form a complete wall.

The “effective” R-value of DRICORE SMARTWALL® is R17. To obtain the same “effective” R-value from a traditionally built wall using 2×6’s, a R24 batt insulation would need to be installed – that is a 29% loss in efficiency. The encapsulated framing also features a tongue and groove design which allow the panels to join together to form a complete wall.

Each DRICORE SMARTWALL® panel incorporates a patented “micro bevel” edge, which eliminates the traditional taping stage of finishing the drywall surface. The micro bevel also means that 75% less compound will be used, compared to traditional finishing methods. This results in far less sanding and dust. DRICORE SMARTWALL® has been designed to work only with a specially formulated low-dust compound called DRICORE PATCH PRO®. The combination of the DRICORE SMARTWALL® micro bevel edge and PATCH PRO is what enables the joints to be tapeless.

When installing DRICORE SMARTWALL® panels over existing floor surfaces, the existing floor surface must be clean, structurally sound, and free of debris or materials that may impair the performance of the panels. The existing floor surface must also be free of materials that may trap, block or absorb moisture, or promote mold growth. Some vinyl glues are known to mold when installed directly to concrete. It is recommended to remove any residue or debris, and clean the concrete surface thoroughly, before installing any flooring materials.

For asbestos tile, please check the Environmental Protection Agency or Environment Canada for specific removal, repair and handling recommendations.

DRICORE SMARTWALL® is an easy and fast way to finish your basement walls. The all-in-one engineered wall panel requires fewer steps, less time and less labour to finish your basement. Get the job done 5x faster using DRICORE SMARTWALL®.

The DRICORE SMARTWALL® installation guide and brochure can be found within this product page.

DRICORE SMARTWALL® panels weigh just 30 lbs., are conveniently sized (21.75″ x 96′) and are easy to cut with regular power tools. The panels simply attach to the top of your floor joists and at the bottom to your subfloor using 2″ x 2″ lumber as your tracks.

Unlike conventional construction methods, DRICORE SMARTWALL® OSB framing, insulation, and primed drywall skin, combine into an all-in-one high performance wall assembly. Simply lock panels together to form your finished basement walls.

DRICORE SMARTWALL® panels come with micro beveled edges, which eliminates the need for taping seams. To achieve that perfect seamless finish simply use DRICORE® Patch Pro. DRICORE® Patch Pro is easy to apply, paintable, and crack resistant – this will ensure that your new walls look great for years to come.

1. Safety Shoes
2. Hand saw
3. Level and Tape Measure
4. Scissors
5. Safety glasses.
6. Drill and screw driving bit
7. Chalk line and plumb line
8. 4″ Hole saw (if needed)
9. Two saw horses or stands
10. 2″ and 6″ Drywall Trowels

Electrical installation is simplified with integrated vertical and horizontal wiring channels that run through the insulation.

Carbon fiber prevents further inward movement, but will not straighten a wall.

There is no absolute number to go by, since there are many factors to consider. To figure out the deflection in your wall, measure the difference of the highest amount of deflection compared to the rest of the wall, and please consult with your structural engineer or foundation specialist for more information.

You have several options when your wall deflection reaches beyond 2-inches. Your first option is to excavate the soil that is exerting pressure on your basement wall, and to push the wall back. Another option is to install a steel mechanical system such as steel tie-backs. We recommend reinforcing the wall with carbon fiber regardless of which system is chosen to prevent future inward movement. Please contact your structural engineer or foundation repair specialist to do a thorough inspection and analysis.

There are several signs you can look for on the interior and exterior of your home. Within your home, it is important to check your walls or ceilings for cracks and if your windows or doors are difficult to open and close. You may also notice uneven floor surfaces or cracks in concrete floors. Outside of your home, ensure you look for cracks in masonry walls that are in a “stair-step” pattern. Other signs include a tilting chimney, wood trim that has been separated around joints and corners and if the concrete driveway, sidewalk, patio or any other concrete structures separated from the foundation.

It is a good idea to contact your foundation repair specialist for further review of the cracks in your foundation. If you are noticing a crack in your foundation, most of the time it means that something has shifted or settled so it should be addressed immediately.

Each property is different, because of this, the solution is specific to the structure of your home. In some cases this may be true, however, the process of re-building basement walls can be an inconvenience due to its high cost, property disturbance and the amount of time it takes to complete. It’s best to have a foundation specialist analyze your bowed walls to help determine a solution, but if the deflection is less than 2” the Dricore™ PRO Concrete Repair Bowed Wall Kit can be an option for the repair.

During the process of building your home and before a foundation is constructed, you can install a piering system to strengthen the foundation. It may also help to consult your foundation specialist during the process of construction so an analysis of the property can determine the proper foundation settlement prevention strategy.

The patented DRICORE™ PRO Concrete Repair Bowed Wall Kit ties the foundation base with the house framing, making it one of the strongest systems on the market!

The DRICORE™ PRO Concrete Repair patented system is superior and faster to install than the competition, and we are still very comparable in cost.

In most cases, carbon fiber can easily be painted over or covered with a finishing product. Please consult with your paint/coating manufacturer for guidelines and TDS.

Yes, the epoxy in the carbon fiber reinforced polymer (CFRP) system can be affected by UV light and we always recommend covering exposed carbon fiber with a finishing product when installing outdoors.

Carbon fiber fabric on its own is fire resistant, but the epoxy used to apply it doesn’t perform well against high temperature. If you have a specific requirement for fire resistance, please contact your engineer to source out the right fire-resistant coating for the CFRP system.

There is minimal disruption to your basement.

Unfortunately, in most cases homeowner’s insurance will not cover the cost.

Absolutely. The disclosure statement should have reflected the problem and if the previous owners were aware of the problem, they are obligated to fix it. You can discuss this with a DRICORE™ PRO Concrete Repair representative and then your attorney. Additionally, if you are selling a house, you have to fix the problem prior to selling the house.

Work can be completed year round.

Yes, if your wall is cracked it will continue to get worse over the next few years. It is better to fix it when the wall is not bowing rather than after a large bow occurs.

Yes, we have products designed to fix this problem. Please consult your structural engineer or foundation specialist for more information.

No, unfortunately no carbon fiber system will be able to stop this. You should consult with a piering contractor for a solution.

Our product warranties are available on our website www.dricore.com, and vary by product. The warranties apply only to the consumer who originally purchased the product, and do not extend to any subsequent owner or other transferee of the product.

No. DRICORE® Insul-Armor® is designed for easy installation using basic hand tools. A utility knife, hammer, tapping block and saw are typically all that’s needed, making it ideal for DIY projects. Please refer to the “Tools Required” section on this page for the full list.

No. DRICORE® Insul-Armor® is DIY-friendly and can be installed by homeowners. Clear installation instructions help deliver professional-looking results.

Yes. DRICORE® Insul-Armor® is ideal for basements, helping improve insulation and comfort while providing a protective layer between concrete and finished flooring.

Yes. The insulated construction of DRICORE® Insul-Armor® helps provide insulation from the cold concrete, making finished floors feel warmer and more comfortable.

DRICORE® Insul-Armor® is compatible with many finished flooring types, including:

Laminate, Engineered Hardwood, Luxury-Vinyl³ (LVT/LVP) ≥5mm, Stone Plastic Composite

Always follow the finished flooring manufacturer’s installation requirements when installing over DRICORE® Insul-Armor®.

³ LVT (Luxury Vinyl Tile) that is equal to or greater than 5 mm in thickness and has a clock-lock edge profile.

Yes. DRICORE® Insul-Armor® panels can be easily cut with a utility knife to fit around walls, posts, doorways, and other obstacles.

Please contact us directly to discuss your installation requirements. You can reach DRICORE at 1-866-767-6374, and our team will be happy to assist you.

No, you shouldn’t use epoxy paint directly on DRICORE® panels. They aren’t solid concrete, so epoxy won’t bond properly and will likely peel.

DRICORE® Subfloor Membrane has an R-value of 1.4, which helps make finished floors feel warmer above cold concrete floors.

DRICORE® SMARTWALL® is designed to be installed against existing walls as part of a finished basement wall system. It is not intended to be used as a freestanding wall anchored only to the floor and ceiling.

You cannot glue the flooring directly to DRICORE® Insul-Armor®. The panels are not designed to accept a full-spread glue application.

DRICORE® Insul-Armor® is a high-performance insulated subfloor designed to improve comfort and durability under finished flooring. It helps protect floors while adding insulation, moisture protection, and a more comfortable feel underfoot.