The cost of a concrete driveway can vary depending on several factors such as location, size, thickness, and any additional features or finishes.   The supply shortages have also affect the concrete industry raising the costs of material, operation costs and labor shortage.
​
On average, a basic concrete driveway can cost between $12 and $20 per square foot. This cost can increase if the driveway is larger, thicker or if added features such as color, stamping or exposed aggregate are included.

So, for a standard size driveway of 500 square feet, the cost would be between $10,000 to $20,000. However, if you include additional features, the cost can increase.

It's important to note that these are just estimates and the actual cost can vary depending on your location, the complexity of the project, and the contractor you choose. It's always a good idea to get multiple quotes from different contractors to compare prices and ensure that you are getting a fair price for the work.

To mix concrete, you will need the following materials: cement, aggregate (such as sand or gravel), water, and any additional ingredients (such as pigments or fibers) that you may want to add for specific properties.

1. Start by measuring out the appropriate amounts of cement, aggregate, and water. A general rule of thumb is to use 1 part cement, 2 parts aggregate, and 3 parts water.
   
2. Mix the dry ingredients (cement and aggregate) together in a large mixing container.
   
3. Slowly add water to the dry mixture while stirring. Continue mixing until the concrete reaches a uniform consistency.
   
4. Once the concrete is mixed, it should be used as soon as possible. If you need to store it, cover it with a damp cloth to prevent it from drying out.
   
5. When ready to use, the concrete should be poured or placed in the desired location and smoothed out with a trowel or screed.
   
6. Allow the concrete to cure (dry) for at least 24 hours before applying any weight or stress to it.
   

It's important to note that the mix proportion can vary depending on the intended use and local building codes. Always refer to the instructions on the cement bag or consult a professional if you are unsure.

​Glow in the dark concrete is a revolutionary new building material that has the ability to emit light in the dark. This type of concrete is made by adding special phosphorescent pigments or photo-luminescent particles to the concrete mixture. These particles absorb and store energy from natural or artificial light sources during the day and then release it as a soft glow in the dark. One of the main benefits of glow in the dark concrete is that it can provide a reliable source of light in areas where electricity is not easily accessible or reliable. This can be particularly useful for outdoor areas such as sidewalks, bike paths, and parking lots. It can also be used for indoor applications such as stairways and emergency exits. Another benefit of glow in the dark concrete is that it can help to reduce energy consumption and costs. By providing a natural source of light, it eliminates the need for traditional lighting sources such as street lamps or light fixtures. Additionally, it has a lower environmental impact since it does not emit any harmful pollutants or greenhouse gases. Glow in the dark concrete is also durable and long-lasting. It is made using the same processes and materials as traditional concrete, and it has been tested to ensure that it can withstand extreme weather conditions, heavy foot traffic, and other types of wear and tear. Overall, glow in the dark concrete is an innovative and eco-friendly building material that offers many benefits over traditional lighting sources. As more and more people become aware of its advantages, it is likely that it will become increasingly popular in both residential and commercial construction projects. For more information please contact www.theartofconcrete.ca Serving the #kitchener #waterloo #cambridge #Guelph with concrete contracting services since 2006 #glowinthedarkpebbles #glowinthedarkstone #glowinthedark #filmoramobile #glowconcrete #glowinthedark #phosphorescence #photoluminescence #glowpath #glowsidewalk #glowdriveway #glowparkinglotShow less

In this video I get the concrete truck brought back to the steps that are formed and start placing and finishing the concrete steps and pad for this beautiful home in New Hamburg just 20 mins west of Kitchener-Waterloo.  

​Q: Do you offer a warranty?
A:Yes All of our work has a limited warranty 

​Q: Why does asphalt and concrete pavers (interlock) develop potholes or cracks?

A; Asphalt develops potholes because the material has an elastic and soft structure.  when vehicles are parked in one area the weight of the vehicle pushes into the soft elastic structure,  creating a pothole.  Asphalt develops cracks because no control joints have been made so any movement in the earth with crack the asphalt. 

​ Concrete pavers (interlock) develop potholes because the interlock do not connect as one solid slab.  When there is small concrete pavers (interlock) and they aren't poured together,  hundred of voids are created between the concrete pavers ( interlock).  The voids between each paver allows water to enter and start to erode the gravel under the pavers.  Once one small hole has developed water will continue to compromise the base under the concrete pavers.  Water going into the base under the pavers creates potholes and an area for weeds to flourish.  

Is this video I'm preparing and pouring a small concrete entrance with steps.  Part 3 of a multi-series on the front entrance concrete step replacement.  The techniques and construction behind our concrete projects.