Concrete Contractors

Why Masonry Is a Popular Choice For Modern Construction

Colorado Springs Masonry is a beautiful building material that adds to the charm of historic towns and even your own home. However, proper maintenance is key to avoid damage and costly repairs.

White deposits, known as efflorescence, can form on brick walls and weaken the structure. Prevent this by reducing moisture levels and using waterproofing agents.


Masonry has been used for centuries to construct a variety of structures, from buildings and monuments to bridges and dams. Throughout history, masonry techniques have evolved to accommodate new materials and building styles. Today, masons build with a wide range of materials and use various methods to create complex and visually striking designs. Durability and sustainability are just two of the reasons masonry is a popular choice for modern construction.

The first masonry structures were built by prehistoric humans and were quite simple, consisting of stacked stones without mortar to hold them together. Over time, humans learned to shape and carve stone to create more intricate shapes, and began to use mortar to hold the stones together. The Egyptian pyramids and the Sphinx are just two examples of the remarkable stone craft that ancient masons employed. The soaring archways and ceilings of Greek temples were constructed using the corbelling technique, in which large overlapping blocks are placed to form a curved structure.

During the Renaissance, master masons developed new techniques to improve the quality of their work. They began to use keystones, which helped distribute weight more evenly in arches, and they also experimented with different types of mortar. These innovations led to more sophisticated building projects, such as the towering amphitheaters of the Roman empire.

In the 16th century, the invention of the truss (a framework of support beams made of wood or metal) and the development of high-tensile strength building materials reduced the importance of masonry for spanning spaces. However, the invention of portland cement in the 19th century returned masonry to its former role as a building material.

Masonry uses a variety of materials to create strong and durable structures. Clay bricks are a popular choice due to their durability and classic look, while stone is another commonly used material in masonry construction. Both materials are long-lasting and versatile enough to suit a wide range of home styles. Concrete is also a common building material in masonry, and it can be used alone or combined with bricks to achieve different aesthetic looks.

In addition to the different types of masonry materials, there are also various methods of construction that can be employed. For example, insulating concrete forms (ICFs) are a specialized form of masonry that helps to improve the energy efficiency of a structure. This is achieved by filling the cavities of the ICFs with insulation, which then allows the masonry to act as a thermal mass.

During the construction of a masonry structure, it is important to use the proper tools and techniques to ensure that the finished product will be of high quality. This includes using the right mortar mix, which is made up of cement powder, sand, and water. Having the right mixture consistency will ensure that the individual masonry units adhere properly and hold up over time.

Masonry can be prone to moisture damage, which can affect the structural integrity of the structure. This can be caused by rainwater intrusion, freeze/thaw cycles, or chemical attack. The moisture in a masonry structure must be controlled as it can lead to corrosion, damage to the surface of the material, and structural destabilisation.

The most effective way to mitigate these problems is through preventative maintenance, such as regular inspections and repairs. This can help to identify potential issues before they become more serious problems that may require costly and complicated repairs. Masonry is also subject to seismic disturbances, which can cause significant damage to unreinforced masonry buildings. This type of damage can be avoided by implementing effective seismic prevention measures. This is possible through the development of appropriate numerical models to assess the dynamic response of a masonry structure and design improvements accordingly.

Masonry is often used to create horizontal surfaces, and for both practical as well as purely decorative purposes. Patios, walkways and driveways are popular spaces for masons to work their magic, and can be designed to complement your home and design aesthetic with a range of materials and laying patterns. From rustic uncut flagstone slabs to elegant herringbone brick pavers, the possibilities are endless!

A classic form of masonry is block or unit masonry, which features stones or blocks of various sizes arranged and fitted tightly together with cement mortar. This technique is particularly popular in the Old World, where countless ancient structures are constructed from it. 

The Renaissance saw a change in the way that masons approached their craft, with the use of keystones helping to distribute weight evenly within arches. The invention of portland cement and the development of high-tensile-resistant materials also contributed to a shift in the role that masonry plays, which returned it to its essentially pre-Roman role as a structural building material for vertical wall enclosures and partitions.

Modern-day masons still rely on a range of construction techniques when working with masonry. However, with a number of environmental and safety considerations in mind, the way that these techniques are employed can make all the difference in the outcome of a masonry project.

For example, the use of seismic bands has helped to dramatically improve masonry structures’ ability to resist lateral forces during earthquakes. In addition, the development of post-tensioning, which provides an additional axial load to masonry walls, has led to an increase in in-plane strength, while reducing the risk of residual wall displacements.

Regardless of whether you are looking to have a mason construct a complex, high-rise structure or simply a simple walkway, there is no denying that this type of construction adds value and style to any property. Choosing the right mason to tackle your next project will help ensure that the finished result is as expected, and more importantly, safe.

Masonry is a durable and ecologically friendly building material. It is long-lasting, requires minimal maintenance, and can be made from recycled materials. This type of construction supports green building practices, which are a response to traditional building methods that contribute to poor occupant health, natural resource depletion and excessive maintenance costs and energy consumption.

Concrete masonry structures use less energy, consume fewer materials, and produce fewer greenhouse gases during their life cycle than buildings constructed with other materials, such as steel. Moreover, they can also withstand natural disasters such as earthquakes and hurricanes. These characteristics make brick and stone a smart choice for sustainable building.

A masonry building is inherently green because it uses non-combustible materials, which reduces the risk of fires and can prevent damage from other sources, such as winds, snowstorms, or ice. Additionally, masonry buildings can be designed to meet LEED (Leadership in Energy and Environmental Design) certification standards.

Modern technology is being used to improve masonry construction efficiency, including automated material handling systems, robotics and automation, and artificial intelligence. These innovations allow workers to focus on creativity and expertise while machines handle tedious tasks.

Many masonry products are made from local and easily available materials, which reduces transportation-related emissions. Additionally, they can be reused for new projects, which further reduces waste and supports sustainable construction practices. Additionally, bricks can be recycled to become new masonry materials or aggregates, which reduces the need to extract, process and manufacture virgin materials.

Masonry is inherently resilient because of its acoustic and insulating properties. These characteristics make it a good choice for schools, hospitals, and other types of public buildings. Masonry can help reduce noise pollution and improve the acoustic comfort of indoor spaces.

Masonry can be made in a wide range of aesthetics, which allows designers and builders to create unique spaces that are both functional and appealing. For example, bricks can be textured to give them a rustic look or colored to match a specific style or palette. In addition, many masonry blocks can be produced to look like wood or stone.

Concrete Contractors

How Long Do Concrete Retaining Walls Last?

Retaining walls are often used to correct sloping landscapes and enhance home aesthetics. They can also be used to prevent soil erosion and improve drainage problems around homes.

They are highly durable and can withstand significant earth pressures. They are also easy to build. They can be installed by Concrete Contractors Colorado Springs professionals who are familiar with local building codes.

concrete retaining wall


If you want your retaining wall to stay strong, it’s important to follow proper construction techniques. This includes clearing vegetation, excavating the area, and grading it to promote water drainage away from the wall. You also need to build a strong foundation and add steel reinforcement bars. Finally, you need to backfill the soil gradually, making sure that each layer is compacted well. Using a compactor can help you achieve this goal.

Retaining walls are designed to hold the soil behind them, but they can’t do so if the dirt isn’t stable or if there are cracks in the structure itself. This is why it’s essential to inspect your retaining wall regularly, checking for issues like shifts or cracks in the concrete blocks and gaps in the retaining wall structure. If you notice any of these problems, consult a professional to make repairs.

The most common causes of a retaining wall failure are soil instability, poor drainage, and water damage to the structure. The first step in preventing these problems is to survey the site and determine the best location for the wall. Then, a design can be drawn up, taking into account the wall’s height, slope, and additional features. The design should be approved by a structural engineer.

Once the design has been approved, excavation can begin. This step should be done with care, as the excavation needs to be at the proper depth and by the design specifications. The soil should be graded and properly compacted to ensure that the retaining wall has enough strength and stability.

To prevent wall overturning and base sliding, it’s recommended to install helical tiebacks or anchors to provide extra support. These anchors are driven into the ground through 1” holes in the wall and connected to earth anchors that extend beyond the retaining wall. They are then tightened to stabilize the retaining wall and restore it to its original position.

Another way to strengthen your retaining wall is to use a geogrid, which is a high-strength mesh material. This can be placed in the backfill to provide added stability and reduce soil movement.


A well-constructed concrete retaining wall can last for decades. However, how long a retaining wall lasts depends on many factors, including its construction techniques and regular maintenance. Some of the most important considerations are sound footing buried in the ground and drainage systems that prevent water buildup behind the wall, which can cause hydrostatic pressure that weakens the structure over time. In addition, regular inspections of the wall and immediate repair of any damages will prolong its lifespan.

A retaining wall can be built with different materials, but precast concrete is often used in construction due to its durability and longevity. It is fireproof and also resists the freeze-thaw cycles of harsh winter climates. In addition, it is relatively inexpensive and easy to install. It can be installed with a variety of decorative materials, such as bricks, flagstones, and stone veneers, to add texture and visual appeal.

It is also possible to construct a retaining wall using concrete blocks. These blocks are much cheaper than poured concrete and have good stability. They are also easy to assemble and can be easily curved or sloped. However, they do not have the same durability as a poured wall and are usually recommended for walls less than 4 feet tall.

Concrete block retaining walls can be repaired by replacing the damaged blocks. If the damage is severe, it may be necessary to remove the soil behind the wall and replace it with new material. For this reason, we recommend hiring a professional for this type of work.

The most common reason a retaining wall fails is due to damage. This damage can be caused by several things, such as soil erosion, lack of drainage, and age. These problems can result in the collapse of the wall and the loss of the soil behind it.

A retaining wall that has been damaged can be repaired by fixing its foundation and the tieback anchors. This can be done by installing new footings and adding more helical tieback anchors. In addition, the top of the wall can be reinforced with concrete, and vegetation can be planted along the base of the retaining wall to help hold the soil in place.


Concrete is an extremely versatile building material. It can be sculpted and colored to complement a wide range of landscape styles and features. Its flexibility also means that it can withstand many different forces without losing its structural integrity. However, this versatility isn’t always apparent when a retaining wall is first installed. It’s important to keep in mind that a successful retaining wall requires not only solid construction but also regular maintenance.

A retaining wall’s lifespan is determined largely by factors that aren’t readily visible, such as a sound footing buried underground and drainage to prevent water buildup behind the wall. In addition, it’s important to consider the design and location of the wall, as this can affect its effectiveness and longevity.

Poor construction is a common cause of retaining wall damage. Makeshift walls are often built using dissimilar materials such as stone and concrete, which can cause cracks where the different materials meet. Additionally, retaining walls that do not have control joints to relieve stress tend to damage faster.

Properly constructed retaining walls are designed by certified engineers to support a given amount of pressure. They will include a base of crushed stone or gravel that will help to stabilize the soil. Additionally, they will have a grading plan to ensure that the water flows away from the wall.

If your retaining wall has cracks or other signs of damage, it’s important to repair them as soon as possible. This will prevent the underlying soil from collapsing, which can lead to significant damage and potentially hazardous conditions.

Once the cracks have been repaired, you can use concrete repair epoxy to stabilize your wall. This product is available at most hardware stores and can be applied with a brush or sprayer. Alternatively, you can hire a professional contractor to do the repairs for you.

Wall sections are also extremely flexible, allowing them to conform to natural landscape contours. This allows the installation of unique designs and features that are not possible with conventional retaining walls. It is important to note, however, that a flexible retaining wall does not compromise the strength or durability of your landscaping.


If you’re planning to build a retaining wall on your property, it’s important to understand the cost involved. While it’s not a cheap project, there are ways to lower your costs by working with a knowledgeable contractor and by selecting the right material for your wall. The most common materials are concrete, stone, and steel, but each has its own unique cost.

Retaining walls are used to prevent soil erosion, and they’re also an attractive addition to a home. They can be built in a variety of shapes and sizes, depending on the needs of your yard. To determine the size of a retaining wall, you’ll need to take into account the earth’s pressures that will act on its plane faces. This pressure is calculated using Rankine’s theory of passive and active earth pressure. The pressure will increase proportionally to the height of the wall, and it’s important to take this into account when designing a retaining wall.

A retaining wall can be constructed with a variety of materials, including concrete, stone, wood, or brick. Concrete retaining walls are typically the most expensive, but they offer great durability and longevity. They’re also extremely versatile and can be customized with a wide range of finishing options.

For homeowners on a budget, a concrete block retaining wall is an affordable option. Often referred to as cinder blocks, these blocks can be designed to create curved walls and come in a variety of colors. They’re also easy to install, and they can be made as tall as you want. They’re not as strong as a poured wall, however, and are best for walls that are less than 4 feet high.

For a more permanent and long-lasting solution, consider a poured or cast concrete retaining wall. These are more expensive than concrete block retaining walls, but they can be reinforced with steel for extra strength. They can also be faced with stones, bricks, or other decorative finishes to add visual appeal. It’s important to note that if your retaining wall is going to be over 4 feet tall, you’ll need to hire a structural engineer to design it.