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Concrete Work
It typically takes 28 days for most concrete and mortars tocure to the designed strength. However, most mixes will continue to harden over time. Temperature, humidity and other factors can affect cure time and overall strength. Make sure to ask what your mix design can handle.
The minimum temperature should be 5 degrees, which applies to air, mix and substrate. This temperature should not only take place during the application, but up to 24 hours after application. Once the temperature drops below 5 degrees it will stop curing and could potentially damage the concrete cell matrix.
Proper surface preparation is just as critical as choosing the right mix design. For new concrete slabs, excavate the area to remove grass and black earth to the clay. Ensure that the excavated area is pitched in a direction where water will run away from the building. Mark the perimeter of the new slab with stakes and string a level line between them. This will help ensure the forms are level. Lay a gravel base in the excavated area 3-4 inches in depth. This will help with any water flow or substrate movement and prevent the concrete from buckling. Remember to allow enough depth for both the gravel bed and a minimum of 4” inches of concrete. Place forms in the desired area using wooden or metal forms, assuring that they are level and square and all corners are sealed so no material can escape once placed. Screw or secure the forms together and now you’re ready to pour!
In Canada, pouring concrete outside is a challenge. The Spring and Fall are the best times of year for pouring concrete using best industry practices.
Concrete Sealing
There are two main types of sealers: penetrating sealers, which penetrate into the pores of the concrete to provide long-lasting protection, and topical sealers, which form a protective film on the surface of the concrete.
Concrete sealers create a barrier that repels water, preventing it from seeping into the concrete and causing damage. They also resist staining by preventing liquids and contaminants from penetrating the surface.
The best time to seal newly poured concrete is after it has cured completely, typically within 28 days. This allows enough time for the concrete to reach its maximum strength and for any moisture to evaporate.
The frequency of resealing depends on factors such as the type of sealer used, the amount of traffic the surface receives, and environmental conditions. Generally, concrete surfaces should be resealed every 1-3 years for optimal protection.
Yes, concrete sealing can enhance the appearance of the surface by adding a glossy or matte finish, enhancing the color, and bringing out the natural beauty of the concrete.
Factors to consider include the type of concrete surface, environmental conditions, desired level of protection, appearance preferences, and the specific requirements of the project.
Yes, penetrating sealers penetrate the concrete substrate to provide protection from within, sealing up the pores, while topical sealers form a protective film on the surface of the concrete of exposed or stamped concrete, which is an acrylic style.
When sealing decorative concrete, it is important to choose a sealer specifically designed for use on coloured or stamped concrete to avoid altering the appearance or causing discoloration. A sealer with UV inhibitors may also be necessary to protect against sunlight fading.
To maintain the sealer's effectiveness and prolong its lifespan, it is important to regularly clean the concrete surface to remove dirt, debris, and stains. Depending on the type of sealer used, periodic reapplication may be necessary to replenish the protective coating.
The lifespan of concrete sealers varies depending on the type of sealer used, environmental factors, and maintenance practices. Generally, penetrating sealers last longer than topical sealers because the surface protection wears off. That’s why The Concrete Doctors has regular customers who seal every 1-2 years.
While concrete sealing can help prevent surface damage such as staining and spalling, it cannot prevent cracks from forming due to structural issues or settlement. However, it can help minimize the effects of freeze-thaw cycles and other environmental factors that contribute to cracking.
Some sealers may increase the slipperiness of the concrete surface when wet, especially glossy, or high-sheen sealers. However, slip-resistant additives are available that can be mixed into the sealer to improve traction. Often clients ask us to use sand which is great option!
Yes, concrete sealers can be applied to coloured or stamped concrete to enhance and protect the surface's appearance. However, to avoid altering the colour or texture, it is important to choose a sealer specifically designed for use on decorative concrete. This is where experience counts.
Before applying a concrete sealer, the surface should be thoroughly cleaned to remove dirt, oil, grease, and other contaminants. Any existing sealers or coatings should be removed, and the surface should be allowed to dry completely.
Mild temperatures above 5 degrees with low humidity and dry conditions are ideal for applying a concrete sealer. Extreme temperatures, high humidity, rain, or freezing temperatures can affect the sealer's performance and curing.
Some concrete sealing products contain volatile organic compounds (VOCs) or other chemicals that can be harmful to the environment and human health. It is important to choose low-VOC or eco-friendly sealers whenever possible and follow proper application and disposal procedures.
The drying and curing time for concrete sealers varies depending on factors such as temperature, humidity, and the type of sealer used. In general, the surface should be allowed to dry for at least 24-48 hours before light foot traffic and 72 hours before heavy use or exposure to water.
The process for applying concrete sealer typically involves cleaning the surface, allowing it to dry completely, applying the sealer with a brush, roller, or sprayer, and allowing it to dry and cure according to the manufacturer's instructions. Multiple coats may be necessary for optimal protection.
Concrete Mudjacking
Mudjacking, also known as slabjacking or concrete leveling, is a process used to raise and stabilize sunken or uneven concrete surfaces. It involves drilling holes into the concrete and injecting a mixture of cement, soil, water, and other additives beneath the slab. As the mixture fills voids and compacts, it lifts the concrete to its original position.
Mudjacking is suitable for a variety of concrete surfaces, including sidewalks, driveways, patios, and foundations, that have settled or become uneven due to soil erosion, poor compaction, or other factors. It is particularly effective for lifting concrete slabs that have sunk due to soil settlement.
Some benefits of mudjacking include cost-effectiveness compared to full slab replacement, minimal disruption to the surrounding area, quick turnaround time, and the ability to lift and level concrete surfaces without major excavation or demolition.
Mudjacking can provide long-lasting results, with many repaired surfaces remaining stable and level for several years or more. The durability of the repair depends on factors such as soil conditions, water management, proper installation techniques, and maintenance.
Mudjacking can be used on most types of concrete surfaces, including residential and commercial properties, as well as municipal infrastructure such as sidewalks and roads.
Mudjacking is generally considered to be environmentally friendly since it involves using natural materials such as soil, water, and cement to repair concrete surfaces. Additionally, it can help prevent the need for concrete replacement..
In most cases, the repaired area can be used immediately or shortly after mudjacking is completed. The injected material typically sets quickly, allowing for minimal downtime.Waling traffic can happen immediately, how cars or trucks should wait 24-48 hours depending on the lift and material added.
Factors that can affect the cost of mudjacking include the size and condition of the concrete surface, accessibility, the extent of the repair needed,labor required and material costs.
Mudjacking is primarily used to lift and level sunken or uneven concrete surfaces. While it can help reduce the appearance of minor cracks, it may not be suitable for repairing large or structural cracks. But the Concrete Doctors provide crack repair services.
A qualified mud jacking contractor can assess the condition of your concrete surface and determine if mud jacking is the appropriate solution. Factors such as the extent of settlement, the presence of voids beneath the slab, and the overall condition of the concrete will be considered.
The mudjacking process typically involves drilling small holes into the concrete, injecting a slurry mixture beneath the slab, and monitoring the lift and leveling of the surface. Once the desired elevation is achieved, the holes are filled, and the area is cleaned up.
Mudjacking can be performed in cold weather, but the effectiveness of the process may be reduced due to slower curing times for the injected material. Contractors may take additional precautions to ensure proper curing and insulation of the repaired area.
The Concrete Doctors provide 2 year warranty on the product and service. However an assessment is required to figureout the root cause of failure.
Yes, mudjacking can be performed on both residential and commercial properties to repair sunken or uneven concrete surfaces such as driveways, sidewalks, garage floors, and warehouse floors.
The time required to complete a mudjacking project depends on factors such as the size and complexity of the repair, accessibility, and curing time for the injected material. Most projects can be completed within a day or two.
Mudjacking typically does not significantly change the appearance of the concrete surface, as the 16. Will mudjacking change the appearance of my concrete surface?Mudjacking typically does not significantly change the appearance of the concrete surface, as the repair is focused on lifting and levelling rather than altering the texture or colour of the concrete.
After mudjacking, it's important to monitor the repaired area for any signs of settling or movement and address any issues promptly. Regular maintenance, such as cleaning and sealing, may also help prolong the lifespan of the repaired concrete surface.
Concrete Repair
Concrete repair involves restoring damaged or deteriorated concrete structures to their original condition or improving their performance. This can include repairing cracks, spalls, or other damage using various techniques such as patching, overlaying, or epoxy injection.
Concrete repair is suitable for concrete structures that have experienced damage due to factors such as freeze-thaw cycles, structural movement, chemical exposure, or aging. It is often preferred over full replacement when the damage is localized, and the structural integrity of the concrete can be preserved.
Concrete repair offers several benefits, including cost-effectiveness compared to full replacement, minimal disruption to surrounding areas, preservation of existing structures, and the ability to address specific areas of damage without affecting the entire concrete surface.
The lifespan of concrete repair depends on factors such as the extent of damage, the quality of materials and workmanship, and environmental conditions. Properly performed concrete repairs can last for many years, especially when combined with regular maintenance.
Concrete repair techniques can be used on a variety of concrete surfaces, including driveways, sidewalks, parking lots, bridges, and building structures. The specific repair method will depend on factors such as the type and extent of damage, as well as the condition of the concrete.
Concrete repair can be environmentally friendly when performed using sustainable practices and materials. Repairing damaged concrete structures helps reduce the need for new construction, conserves resources, and minimizes waste.
The time required before the repaired area can be used depends on factors such as the type of repair and the curing time of any materials used. In many cases, the repaired area can be reopened to traffic or foot traffic within a relatively short period, typically ranging from a few hours to a few days.
Factors that can affect the cost of concrete repair include the extent of damage, the size and complexity of the repair area, accessibility, the type of repair method used, and local labour and material costs.
Yes, concrete repair techniques can be used to fix cracks in concrete surfaces. Depending on the size and severity of the cracks, repair methods may include filling with epoxy or polymer-based materials, routing and sealing, or overlaying with a new concrete layer.
While concrete repair is generally a safe and effective solution for damaged concrete structures, there are some risks associated with the process. These can include improper repair techniques leading to further damage, structural instability if underlying issues are not addressed, and potential safety hazards during repair work.
A qualified concrete contractor or structural engineer can assess the condition of your concrete structure and recommend the most appropriate repair solution based on factors such as the type and extent of damage, structural integrity, and intended use of the structure.
The process for concrete repair varies depending on the type and extent of damage, as well as the chosen repair method. Generally, it involves cleaning and preparing the damaged area, removing any deteriorated concrete, applying repair materials, and finishing the surface to match the surrounding area.
Concrete repair can be performed in cold weather, but special precautions may be necessary to ensure proper curing and bonding of repair materials. These may include using heated enclosures, insulating blankets, or additives to accelerate curing times.
Many concrete repair contractors offer warranties or guarantees on their services, typically covering defects in materials or workmanship for a specified period. It's important to review the terms of any warranty before proceeding with the repair.
Yes, concrete repair techniques can be applied to both residential and commercial properties to address a wide range of concrete damage issues, from minor cracks and spalls to more extensive structural repairs.
The time required to complete a concrete repair project depends on factors such as the size and complexity of the repair, the type of repair method used, and curing times for any materials applied. Most repair projects can be completed within a few days to a few weeks.
Concrete repair techniques are designed to restore the appearance of damaged concrete surfaces as closely as possible to their original condition. Properly performed repairs should blend in seamlessly with the surrounding concrete, with minimal noticeable differences in colour or texture.
In addition to concrete repair, alternatives for damaged concrete may include a full replacement, overlaying with new concrete or other materials, or structural reinforcement techniques such as carbon fibre wrapping or steel reinforcement.
After concrete repair, it's important to regularly inspect the repaired area for signs of new damage or deterioration and address any issues promptly. Depending on the type of repair, additional maintenance, such as sealing or protective coatings, may be recommended to prolong the lifespan of the repair.
Precast Steps
While smaller, simpler precast step units may be possible for DIY installation, larger or more complex sets often require professional installation due to their weight and the need for proper levelling and support. We use a picker crane or skid steer for tight locations
A stable, well-compacted base is essential. Depending on the size of the steps and soil conditions, Precast steps are installed on a bed of crushed gravel, poured concrete pad, steel screw piles, and wing walls, or 80% are on foundation bracket hangers.
No 90% of all precast on new or old residential house are not anchored. Anchoring is not always required but is recommended for added stability, especially with larger step sets or in areas prone to ground movement.as choosing the right mix design. For new concrete slabs, excavate the area to remove grass and black earth to the clay. Ensure that the excavated area is pitched in a direction where water will run away from the building. Mark the perimeter of the new slab with stakes and string a level line between them. This will help ensure the forms are level. Lay a gravel base in the excavated area 3-4 inches in depth. This will help with any water flow or substrate movement and prevent the concrete from buckling. Remember to allow enough depth for both the gravel bed and a minimum of 4” inches of concrete. Place forms in the desired area using wooden or metal forms, assuring that they are level and square and all corners are sealed so no material can escape once placed. Screw or secure the forms together and now you’re ready to pour!
Yes, but additional excavation, levelling, and backfilling may be required to create a stable base for each step. It is best to have a Concrete Doctors representative have a look.
: Installation time varies depending on the size of the project and complexity. Smaller projects will be completed in a day, while larger ones could take several days.
Maintenance & Durability
Yes, precast concrete is highly durable and can withstand harsh weather conditions, making it a long-lasting choice for outdoor steps. It is always suggested that the concrete steps are sealed each year and de-icing compound is never used.
While not mandatory, sealing your steps can provide added protection against staining and water penetration. Since Alberta is prone to freeze thaw cycles it is a smart idea to seal your precast concrete steps
For general cleaning, a mild detergent and water solution is often sufficient. Pressure washing can be used for tougher stains but use caution to avoid damaging the surface. A rough broom is typically sufficient for removing grime.
Properly manufactured precast concrete steps are designed to resist cracking in cold weather. However, extreme freeze-thaw cycles can potentially cause damage over time. Most damage occurs from sidewalk heaving and ground movement which pulls the steps away from the foundation.
Minimize the use of de-icing salts, as they can accelerate surface deterioration. Opt for sand or rock chips.
Design & Customization
Precast steps offer a range of colours and finishes. Basic options include smooth gray concrete, while more decorative choices include exposed aggregate, stamped patterns, and integral colours.
Yes, we offer custom-shaped precast steps, including curved designs or stacked box style modern-looking slabs.
Absolutely! You'll find options ranging from simple, functional steps to wider, more decorative styles in various heights and widths
Yes, most precast concrete steps are compatible with various railing systems. We will supply the railing and the precast in one complete package.
Cost & Ordering
Prices vary based on size, style, finish, and manufacturer. Contact The Concrete Doctors for official quotes specific to your project.
Delivery times depend on the manufacturer's schedules and the complexity of your order. Often, we have standard units in stock, while custom steps will have a lead time.
Yes, We are your one-stop shop offering white glove service.
Get A Free Quote
If you’re in need of professional concrete cutting Edmonton, don’t hesitate to contact The Concrete Doctors. Our team is ready to assist you with concrete cutting and core drilling to ensure your structures remain strong and durable for years to come.
The Concrete Doctors
