Concrete Sidewalks and Walkway Paths

Absolutely.  And properly.  Proper disposal of concrete debris is essential for environmental, safety, and legal reasons. At Liftech, we dispose of the debris properly, ensuring that it does not harm the environment, pose a risk to public health, and to Colorado’s legal requirements.  Learn more about Liftech’s concrete removal and replacement process.  

Liftech generally recommends a thickness of 4 to 6 inches for each walkway slab. We’ll carefully counsel you on the appropriate concrete thickness to offer ample strength and durability, enabling it to withstand the demands of pedestrian traffic and Colorado’s vast outdoor conditions.

Liftech project managers are experts in:

• The concrete’s load-bearing capacity
• Colorado’s soil conditions
• Colorado’s hash weather conditions
• Colorado’s building codes

The most inflential cost factors in new concrete are:

1. Amount of Concrete: The quantity of concrete needed depends on the width and length of your walkway. Calculate the square footage by multiplying the length by the width. Then, multiply the square footage by the price per square foot to estimate the concrete cost.  A project manager can tell you our current price per sqare foot in their free estimate & then factor in all remaining factors (below).
2. Shape of Walkway: Straight edges are generally easier and less costly to form compared to curved edges. Consider the shape of your walkway as it can affect the labor and materials required, potentially impacting the overall cost.
3. Prep Work: The amount of preparation work required is an important factor. If your area is uneven and needs grading or leveling, the cost of the project may increase due to additional materials and labor.
4. Design Complexity: The complexity of the design you choose also influences the cost. Incorporating multiple colors, intricate patterns, borders, or bands will typically result in higher expenses.
5. Decorative Finish: The type of decorative finish you opt for will impact the cost as well. A rock salt or broom finish tends to be more affordable, while techniques like stamping and engraving are generally more expensive due to the specialized materials and labor involved.

The best time of year for new concrete in Colorado is typically during the warmer months, specifically from late spring to early fall. April to September, offers more favorable local Colorado weather conditions for concrete work.

Warmer temperatures promote proper curing and drying of the concrete, allowing it to achieve optimal strength. Additionally, the lower likelihood of freezing temperatures during these months minimizes the risk of freezing and thawing cycles that can negatively impact the concrete’s integrity.

Concrete work can still be carried out successfully during other times of the year, as long as certain precautions are taken. During colder months, special considerations such as insulation and temperature control measures may be necessary to ensure the concrete’s proper curing and prevent frost damage.

Not only are our project managers are familiar with the Colorado’s climate and conditions; Liftech will always give you honest & transparent guideance about your concrete project.  If we have to wait till next season, we’ll do what’s best for you.

Immediate exposure to rainwater can cause a new concrete surface to become soft, which in turn decreases the abrasion resistance and strength of the concrete, while increasing the tendency for dusting and cracking to develop. The key to preventing damage to the concrete surface by a rainstorm is proper preparation and timing.

If the concrete is given a full day, normal rainwater won’t negatively affect it.  If rain is not in the forecast in the same 8 hours we expect to finish the job, you shouldn’t have to worry. If given a 8+ hours, normal rainwater won’t negatively affect your new concrete.  

After the inital curing, sometimes concrete mixes will actually benefit from rainwater on the surface because moisture can beneficial in aiding the hydration and the next curing phases.