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What Are The Common Types Of Brick Bonds Used In Masonry?

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    Laying bricks in a certain pattern is called "brick bond." It applies to masonry buildings made of brick, concrete blocks, or any other material. The appearance, difficulty of installation, and, in the case of walls, the structural requirements of the many types of brick bonds vary.

    How Brick Bonds Work

    Most brick bonding uses compatible-sized bricks or masonry units. Uniform sizing results in a consistent, repeatable pattern when applied to an area of any size. Each row of bricks (a course) is interlocked with its adjacent courses in many bond configurations. When bricks are stacked in straight rows, they are more likely to fall over. But the bricks get braided together if you stagger the joints or offset them across adjacent courses. The link between the stones makes a mortared wall even more sturdy. Remember that mortar thickness adds to brick unit size between bricks.

    Different Brick Bonds

    Let's examine the most common brick bond styles for constructing walls,

    Stretcher Bond

    All of the bricks in this bond are set in the same direction as illustrated in Fig., which is along the length of the bricks. Running bond is another name for a stretcher bond.

    Stretcher bonds are unsuitable for full-width, thick brick walls because they cannot effectively and strongly bond with adjacent bricks. They work best on half-brick thick walls, such as those for dividing rooms.

    These joints do not produce strong walls to support their weight when the span and height are substantial. This necessitates the interposition of permanent bracing elements such as brick masonry columns.

    Advantages of stretcher bond

    This bond is typically utilised for cavity walls and exterior facing in steel or reinforced concrete-framed constructions.

    The many stretcher-type bond wall constructions are

    • Silent partitions
    • Defining Structures
    • Separating walls
    • Separation partitions (or walls)
    • Stacks of chimneys

    Header Bond

    The header is the face of the brick that is 9cm (three inches) in height and 9cm (three inches) in width. All bricks in these bonds are laid horizontally as headers across all wall faces. A header bond is sometimes referred to as a heading bond. 

    Walls built with this bond are full brick thick, unlike the half brick thick walls built with Stretcher bond.

    The overlap in these bonds is always 1/2 the brick's width. Three-quarter brickbats are utilised as quoins in every other course to do this.

    Advantages of Header Bond

    • Simple in design and build
    • Simple framework
    • Need for no special training.

    English Bond

    English bond is a brick masonry pattern produced by alternating stretcher and header courses.

    The headers are set symmetrically on the stretchers of the course below, with every other row perfectly aligned vertically.

    After installing the first header in each heading course, the queen closer is utilised at the beginning and end of a wall to create a gap in the continuity of vertical joints.

    Queen closers are bricks chopped in half along their length and used in brick walls at 90-degree angles.

    Advantages of English Bond

    • However, more face bricks are needed for an English bond than for any other type of bond. Flooring made of brick is laid in English bond.

    Flemish Bond

    Alternating headers and stretchers are laid in the same course to generate the Flemish Bond, also known as the Dutch bond.

    Each alternative heading of each course is centred on the stretcher of the course below so that the header of the following course is always in the centre of the stretcher of the course below. A heading at the corner marks the beginning of each of the bond's different paths.

    All mortar joints must be oriented vertically to achieve the greatest possible results, making this bond extremely challenging to build and lay precisely. 

    To prevent the joints in the consecutive courses from cracking vertically, closers are placing alternate courses near the quoin header. When the thickness of the wall is an odd number of half bricks, a bat is utilised.

    The Flemish bond is weaker than the English bond for load-bearing walls despite its superior aesthetics.

    So, if you need to point brick walls, the most aesthetically pleasing option is the Flemish bond, but if you need to plaster the walls, the English bond is the better choice.

    Advantages of Flemish Bond

    • Flemish Bond has a more attractive exterior.

    Types of Flemish Bond

    The two varieties of Flemish bonds are

    • One-Time Flemish Bond
    • Flemish Bonding, Double
    • Flemish Bonds, One-to-One:

    A Flemish Bond consists of two or more English bonds and one Flemish bond combined into a single bond. The wall is built with Flemish bond on the visible face and English bond on the reverse side in every course.

    Double Flemish Bond:

    • Although a Double Flemish Bond's front and back elevations seem very similar.

    English Garden Wall Bond

    Like the English bond, the bricks in an English Garden Wall are laid out with heading courses every fourth or sixth course and stretchers every third, fifth, or seventh course in the subsequent courses. The structure comprises four levels: one header course and three stretcher courses.

    The closing queen is stationed adjacent to the leading queen on the heading course for the requisite lap.stonemason 5

    Flemish Garden Wall Bond

    Stretcher, Header, and Stretcher Models are all used in the Flemish bond. It's not just called Sussex Bond, either.

    This bond is a variation of the classic stretcher-header configuration, with three stretchers and one header all running in parallel. Balanced bonding is another name for it. The picture clearly shows that.

    There are two forms of the Flemish garden wall bond, each with advantages and disadvantages.

    Stack Bond

    Bricks are set in bond such that they are flush with one another, and the joints run perpendicular to the length of the wall. It is possible to arrange bricks both horizontally and vertically.

    Alignment of joints causes weak bonding, so wire bed-joint reinforcement must be used in every horizontal course or, under low loading, every alternate course to ensure the bond is strong, and the structure is sound. This is commonly utilised in rain-screen applications and for merely aesthetic reasons.

    Raking Bond

    The bonding bricks in this configuration can be laid at any angle other than 90 degrees. This configuration improves the strength of the English bonds already in thick walls, making them more stable along their length.

    Bricks are angled towards the wall's face and used to fill the space between all external stretchers.

    Every wall has a certain height at which a raking bond is introduced.

    Raking bonds often follow one of two formats;

    Diagonal Bond:

    It works well with walls that are two to four bricks thick. A diagonal bond is introduced every fifth or seventh course, depending on the height of the wall.

    The bricks in this bond are laid end-to-end such that the outer edges of the sequence continue to make contact with the stretchers.

    Herringbone bond:

    This bond works well for walls that are at least four bricks thick.

    Bricks are put in a path that is 45 degrees off-centre in two directions. Brick pavement typically employs this bond style as well.

    Zig Zag Brick Bond

    Zig Zag Bond is extremely similar to a herringbone bond, with the primary distinction being the zigzag pattern in which the bricks are set. Its most common application is in brick-paved floors.

    Facing Bond

    Brick masonry walls with thicker facing and backing typically use facing bonds, which call for bricks of varied thicknesses.

    This band typically comprises both heading and stretching courses, with the latter usually coming after the former.

    Due to the amount of backing joints and facing bonds, wall load distribution is not uniform. If this happens, the wall's two different thicknesses may settle at different rates.

    FAQs About Masonry

    A Basket Weave Bond features pairs of bricks laid side by side in both the vertical and horizontal directions, resembling a woven basket. It's primarily used for pathways, patios, and decorative walls.

    A Diagonal Bond is used for decorative purposes or to create a unique visual effect. It involves bricks laid at a diagonal angle, forming diamond or herringbone patterns.

    The choice of brick bond depends on factors like the type of structure, architectural design, and personal preference. Consult with a masonry expert or architect to select the most suitable bond for your project.

    Yes, you can mix brick bonds in a single structure to achieve specific design effects. However, it's essential to maintain structural integrity and follow local building codes.

    Yes, different brick bonds can affect the strength and stability of a wall. Some bonds, like the Running Bond and English Bond, provide better structural strength, while others, like the Stack Bond, are primarily decorative and not suitable for load-bearing walls.

    Selecting the Appropriate Brick Bond

    Make a Colour Choice

    When deciding on a brick for a construction project, one of the first considerations is usually the brick's desired colour. The brick's colour is one of the most influential factors in realising a project's intended aesthetic. The days of RED bricks being the only option are long gone; today, bricks come in a rainbow of hues.

    Choose Your Brick Variety

    Bricks are essential building materials typically made from clay and come rectangular. Bricks made from concrete, lime, fly ash, and many other basic materials are utilised in modern buildings.

    Brick size

    When choosing bricks, size is another crucial factor. The architecture of the building, its overall aesthetic look, the convenience of laying the bricks, and so on are all greatly affected by the size of the bricks.

    Texture

    You can customise the bricks' texture in the same numerous ways as the colour. Bricks can now be purchased in a wide range of finishes, from smooth to heavily textured, from light to heavy, and from tumbled to stock. The bricks' texture must match the feel of the original brickwork that was built there. Light reflected off the bricks' surface, the resulting light and shade effect and the perceived colour of the façade are all affected by the bricks' varying textures.

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    Mortar Impacts The Colour

    Mortar colour is also crucial in setting the tone for a structure's overall aesthetic. This is because, depending on the bond pattern, mortar can make up anywhere from 15% to 17% of the bricks visible in a wall. Also, when repointing older brickwork, ensuring the mortar you're using is compatible with the rest of the structure is crucial.

    Select A Bond Pattern

    Bricks with interesting patterns should be considered carefully. A bond's principal function is to make a wall as solid as possible, but it can also greatly enhance the aesthetic of the brickwork. So, keep the pattern in mind when you choose the bricks.

    Orientation

    The appearance of the finished product will be greatly affected by the direction in which the bricks are put. The value of a brick wall can be increased simply by varying the orientation in which the bricks are put. By "orientation," we mean identifying which face of a brick will be visible to the outside world and which will be used to secure it to the building's framework.

    Special shaped bricks

    There are many advantages to using specialty-shaped bricks, including improved aesthetics, increased durability and protection, less waste during construction, and less time spent manually cutting bricks.   

    Other Materials

    There needs to be more than bricks for your construction. Glass, wood, metal, etc., are only a few materials used in construction. Brick is fantastic because it pairs nicely with many other materials. When deciding, it's important to think about the other building materials you plan to use alongside the brick. This will help guarantee that everything flows together seamlessly.  

    Conclusion 

    Brick bonding is a method of laying bricks in a specific pattern, which applies to masonry buildings made of brick, concrete blocks, or any other material. It works by using compatible-sized bricks or masonry units, resulting in a consistent, repeatable pattern when applied to any area. The most common brick bond styles include the Stretcher Bond, Header Bond, English Bond, and Flemish Bond.

    Stretcher bonds are used for cavity walls and exterior facing in steel or reinforced concrete-framed constructions, while Header Bond is used for full brick thick walls. English Bond is produced by alternating stretcher and header courses, with the queen closer used to create gaps in the continuity of vertical joints. Flemish Bond, also known as the Dutch bond, is weaker for load-bearing walls but has a more attractive exterior.

    There are two types of Flemish bonds: One-Time Flemish Bond and Flemish Bonding, with one-to-one bonds consisting of two or more English bonds and one Flemish bond combined into a single bond. Double Flemish Bonds have similar front and back elevations but differ in appearance, difficulty of installation, and structural requirements.

    The English Garden Wall Bond is a traditional construction method where bricks are laid out with heading courses every fourth or sixth course and stretchers every third, fifth, or seventh course in subsequent courses. It comprises four levels: one header course and three stretcher courses. The Flemish Garden Wall Bond, also known as the Sussex Bond, is a variation of the classic stretcher-header configuration, with three stretchers and one header running in parallel. There are two forms of the Flemish bond: stack bond and raking bond.

    Raking bonds can be laid at any angle other than 90 degrees, improving the strength of the English bonds and making the structure more stable along their length. They can follow diagonal, herringbone, or zigzag bond patterns, with the latter being most common in brick-paved floors. Facing bonds are used for thicker facing and backing walls, which require bricks of varied thicknesses.

    When choosing a brick for a construction project, consider factors such as color, brick variety, size, texture, mortar color, bond pattern, orientation, specialty-shaped bricks, and other materials. Bricks come in various colors and textures, and their choice should match the feel of the original brickwork.

    Brick orientation greatly affects the appearance of the finished product, increasing the value of a brick wall. Specially shaped bricks offer improved aesthetics, increased durability, and protection. When deciding on bricks, consider other building materials like glass, wood, and metal to ensure seamless integration.

    Content Summary:  

    • Laying bricks in a certain pattern is called "brick bond."
    • The appearance, difficulty of installation, and, in the case of walls, the structural requirements of the many types of brick bonds vary.
    • Different Brick Bonds Let's examine the most common brick bond styles for constructing walls, Stretcher Bond All of the bricks in this bond are set in the same direction as illustrated in Fig.,
    • The many stretcher-type bond wall constructions are Silent partitions Defining Structures Separating walls Separation partitions (or walls) Stacks of chimneys Header Bond The header is the face of the brick that is 9cm (three inches) in height and 9cm (three inches) in width.
    • The headers are set symmetrically on the stretchers of the course below, with every other row perfectly aligned vertically.
    • After installing the first header in each heading course, the queen closer is utilised at the beginning and end of a wall to create a gap in the continuity of vertical joints.
    • Queen closers are bricks chopped in half along their length and used in brick walls at 90-degree angles.
    • However, more face bricks are needed for an English bond than for any other type of bond.
    • Flooring made of brick is laid in English bond.
    • Alternating headers and stretchers are laid in the same course to generate the Flemish Bond, also known as the Dutch bond.
    • Each alternative heading of each course is centred on the stretcher of the course below so that the header of the following course is always in the centre of the stretcher of the course below.
    • A heading at the corner marks the beginning of each of the bond's different paths.
    • To prevent the joints in the consecutive courses from cracking vertically, closers are placing alternate courses near the quoin header.
    • When the thickness of the wall is an odd number of half bricks, a bat is utilised.
    • The Flemish bond is weaker than the English bond for load-bearing walls despite its superior aesthetics.
    • So, if you need to point brick walls, the most aesthetically pleasing option is the Flemish bond, but if you need to plaster the walls, the English bond is the better choice.
    • Bond has a more attractive exterior.
    • A Flemish Bond consists of two or more English bonds and one Flemish bond combined into a single bond.
    • The wall is built with Flemish bond on the visible face and English bond on the reverse side in every course.
    • Double Flemish Bond: Although a Double Flemish Bond's front and back elevations seem very similar.
    • Models are all used in the Flemish bond.
    • This bond is a variation of the classic stretcher-header configuration, with three stretchers and one header all running in parallel.
    • There are two forms of the Flemish garden wall bond, each with advantages and disadvantages.
    • Every wall has a certain height at which a raking bond is introduced.
    • Zig Zag Bond is extremely similar to a herringbone bond, with the primary distinction being the zigzag pattern in which the bricks are set.
    • Due to the amount of backing joints and facing bonds, wall load distribution is not uniform.
    • If this happens, the wall's two different thicknesses may settle at different rates.
    • When deciding on a brick for a construction project, one of the first considerations is usually the brick's desired colour.
    • The brick's colour is one of the most influential factors in realising a project's intended aesthetic.
    • When choosing bricks, size is another crucial factor.
    • The architecture of the building, its overall aesthetic look, the convenience of laying the bricks, and so on are all greatly affected by the size of the bricks.
    • You can customise the bricks' texture in the same numerous ways as the colour.
    • The bricks' texture must match the feel of the original brickwork that was built there.
    • Light reflected off the bricks' surface, the resulting light and shade effect and the perceived colour of the façade are all affected by the bricks' varying textures.
    • Mortar colour is also crucial in setting the tone for a structure's overall aesthetic.
    • This is because, depending on the bond pattern, mortar can make up anywhere from 15% to 17% of the bricks visible in a wall.
    • Also, when repointing older brickwork, ensuring the mortar you're using is compatible with the rest of the structure is crucial.
    • Bricks with interesting patterns should be considered carefully.
    • A bond's principal function is to make a wall as solid as possible, but it can also greatly enhance the aesthetic of the brickwork.
    • So, keep the pattern in mind when you choose the bricks.
    • The value of a brick wall can be increased simply by varying the orientation in which the bricks are put.
    • There needs to be more than bricks for your construction.
    • are only a few materials used in construction.
    • Brick is fantastic because it pairs nicely with many other materials.
    • When deciding, it's important to think about the other building materials you plan to use alongside the brick.
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