Why Masonry Is a Good Choice for Building

Masonry teaches that every man has a responsibility to make things better in the world. Its members spend more than $1.4 million a day on charitable endeavors, helping people in almost every city and town.

A man who wants to become a Mason must be of good character, sound in body and mind and believe in God. He must also respect the opinions of others. Contact Serrano’s Masonry now!

Masonry is a highly durable construction material, and it can easily withstand decades of use with minimal maintenance. Regular inspections and preventative maintenance like cleaning, repointing (replacing deteriorated mortar), and repair of damaged masonry units can help extend the life of a masonry structure. Good drainage and moisture management can also reduce the risk of water-related issues like efflorescence, spalling, or freeze-thaw damage.

Masonry structures are typically fire-resistant, and they provide a layer of protection between the interior and exterior elements. This helps keep occupants safe and prevents the spread of flames and total structural loss. In addition, masonry can withstand extremely high temperatures, a key factor in reducing the overall impact of a disaster on an existing building or site.

Concrete masonry blocks are commonly used in modern architecture, often as a structural core or veneer. They are particularly well suited for load-bearing walls, and they offer superior compressive strength compared to brick or wood. Some concrete block manufacturers offer a variety of finishes for their products, so architects can create unique and dynamic building facades. Concrete block masonry can be designed with hollow cores to reduce the weight of a structure, or they can be filled with concrete for increased tensile or lateral strength.

County Materials offers a wide range of concrete masonry products that support sustainability, including concrete with recycled content and high-performance insulation. These options can reduce a building’s embodied carbon, as well as the energy used to heat and cool it. Additionally, masonry buildings with thicker walls have a higher R-value than those made from wood frame, helping to keep building occupants comfortable and reduce utility bills. This makes masonry an excellent choice for green building practices. However, it is important to recognize that a high R-value does not automatically translate into a high thermal performance. Detailed modeling of a building and its components is necessary to determine the appropriate R-value for each specific building type. This model will require a significant amount of computational effort and is best accomplished using a commercial heat, air, and moisture transport software package.


Masonry has long held an aesthetic appeal, with its color, scale, texture and pattern able to create unique architectural styles. The durability of masonry also makes it appealing for structures that require a look of permanence, like castles and churches. Masonry can even provide insulation against daily fluctuations in temperature, a valuable asset in today’s energy-conscious building design.

Masonry is commonly made from brick, concrete block and natural stone. Bricks can be molded into different shapes to achieve different architectural styles, while concrete blocks can be arranged to form walls, partitions and decorative features. Natural stone is another popular masonry material, used to craft walls and floors that complement and harmonize with the environment. The Getty Center in Los Angeles is a prime example, where travertine-clad buildings blend with the California landscape.

While the oldest masonry structures were built using sun-dried mud bricks, modern masons have embraced new construction materials and techniques to push the boundaries of masonry design. Concrete blocks and poured concrete are now used in place of traditional bricks, allowing architects to incorporate masonry into modernist architecture. Masonry has been employed by many notable architects, including Frank Lloyd Wright and Louis Kahn.

The construction of the Cathedral of Notre Dame in the 12th century exemplified the advancements in masonry design made possible by the Gothic architectural style. This style introduced innovations such as the pointed arch, the ribbed vault and the flying buttress, which allowed for taller and more elaborate masonry structures.

Rustic stone masonry uses irregularly shaped stones to achieve a more rustic appearance, while ashlar stone utilizes squared and finely dressed stones to create a more refined look. Some masons also specialize in free masonry, where courses are not straight and the stone is assembled to create more organic impressions.

Energy Efficiency

Like all building materials, masonry has an impact on the environment. Producing bricks, concrete blocks, and stone requires extracting raw materials from the earth, which can lead to landscape alteration and biodiversity loss. Manufacturing these products also generates significant energy inputs and carbon emissions. For example, clay bricks must be fired at high temperatures, and cement production contributes significantly to global carbon dioxide emissions.

However, masonry is more environmentally friendly than most other construction materials. Its low embodied energy payback and long life span help reduce building energy use, making it a more sustainable choice for homes and commercial structures. In addition, masonry is very effective at thermal lag, which offsets peak energy demand and reduces the amount of energy needed for heating and cooling.

One of the primary factors that affects the energy efficiency of a structure is its level of insulation. Masonry provides excellent insulation, with R-values of up to R-30. This is a substantial increase in the efficiency of a structure over wood framing and fiberglass insulation, which have R-values of about R-15. Builders can increase the R-value of a masonry wall by adding an internal layer of cellulose insulation behind the stonework.

In addition to its energy-saving properties, masonry is an eco-friendly choice due to its durability and longevity. In fact, it can last longer than most other materials, which require periodic replacement to keep them in good condition. Additionally, masonry is an excellent water-resistant material, reducing the risk of frost damage and protecting its contents from moisture.

The masonry industry is embracing new digital fabrication technologies, including 3D printing and robotics. These innovations allow masons to design masonry units that are structurally efficient and aesthetically unique. Additionally, they can produce these units more quickly and accurately than masons working with traditional methods.

In the future, these advances may be used to create prefabricated masonry elements, which will decrease site labor and construction time. This will reduce energy costs, carbon emissions, and waste. In addition, these technologies can be used to create insulated masonry walls with an increased R-value without increasing the thickness of the structure.

Resistant to Pests

Masonry is a building process that uses brick, stone and concrete blocks to construct buildings. Its unmatched durability makes it a popular choice for a wide range of commercial and residential projects. It can be used to build walls, walkways, patios, and more. In addition to its aesthetic value, it is also a durable construction material that resists pests and weather elements.

Unlike traditional wood framing, masonry is not susceptible to termite infestation and other pest problems. Because of this, masonry is a great choice for those who want to create a bug-free home or office. It is also ideal for those who are concerned about the impact of pesticides on the environment.

Concrete block masonry structures are not vulnerable to mold, mildew, or rot. This is because the blocks are non-porous and do not absorb moisture from the air. This ensures the structure is well-insulated and will remain cool and dry inside. Moreover, the lack of humidity will not encourage the growth of mold, fungus, or bacteria. Its high-performance insulation enables the block to withstand extreme weather conditions such as snow, rain, or hurricanes.

Another important feature of masonry is its fire resistance. Masonry materials like bricks, stone, and concrete blocks are incredibly resistant to flames, which is a critical safety feature. This fire resistance is why many insurance companies offer discounts on masonry buildings.

While masonry may be more expensive than wood, it saves money on maintenance costs in the long run. In addition, masonry is more environmentally-friendly than wood because it requires less energy to manufacture. It is also better at regulating indoor temperatures, keeping the structure warmer in the winter and cooler in the summer.

The versatility of masonry allows homeowners and builders to customize their structures with a variety of colors, textures, and designs. The material is also highly durable and provides a variety of benefits that make it a good option for both commercial and residential buildings. It is easy to install, can be incorporated into any design style, and offers a number of energy-saving benefits.