Types of brick bonds used in masonry work

Masonry work is a construction technique that involves the use of individual units or bricks, bound together by mortar, to create a solid structure. To ensure the stability and durability of a masonry structure, it is important to use the right type of brick bond. 

A brick bond refers to the pattern in which the bricks are laid and interlocked with each other to create a strong and cohesive unit.

There are various types of brick bonds used in masonry work, each with its unique characteristics and benefits. The choice of bond used depends on factors such as the type of structure being built, the load it will bear, and the architectural design. 

In this article, we will be going to look at some of the most commonly used types of brick bonds in masonry work, their features, and their applications.

Importance of bricks bonds in brick masonry

  1. Brick bonds provide stability and strength to the masonry structure by interlocking the bricks together.
  2. Different types of brick bonds are used for different purposes, such as enhancing structural integrity, improving aesthetics, or accommodating irregularities in the structure.
  3. Proper selection of brick bonds is crucial in ensuring that the masonry structure can withstand various external forces and loads, such as wind, earthquakes, and thermal expansion.
  4. Brick bonds can also enhance the visual appeal of the masonry structure, adding architectural interest and character to the building.
  5. The use of appropriate brick bond techniques is essential to prevent cracks, water penetration, and other forms of damage to the structure over time.

Types of brick bonds 

  1. Stretcher Bond
  2. Header Bond
  3. English Bond
  4. Flemish Bond
  5. Garden Wall Bond
  6. Rat Trap Bond
  7. Dutch Bond
  8. Stack Bond
  9. Zigzag Bond
  10. Raking Bond
  11. Diagonal Bond
  12. Herringbone Bond
  13. Basket Weave Bond
  14. Running Bond
  15. Common Bond
  16. American Bond

Brief introduction of each type of brick bond

1. Stretcher Bond

Stretcher bond is the most basic and common type of bond used in masonry work. In this bond, bricks are laid horizontally in a single course, with their long faces or “stretchers” facing outwards. This creates a strong and stable wall with good load-bearing capabilities. 

Advantages:

  1. Simple and easy to lay
  2. Requires fewer bricks compared to other bonds
  3. Provides good structural stability for walls with no lateral load
  4. Suitable for low-rise and non-load-bearing walls

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for walls that bear lateral loads
  3. Does not offer much architectural interest or visual appeal

2. Header Bond

A header bond is where the bricks are laid such that their short faces or “headers” are facing outwards. This bond is commonly used for constructing walls that are one-half brick thick or for creating openings such as doorways and windows. 

Advantages:

  1. Provides a stronger bond than Stretcher Bond for walls that are only one-half brick thick
  2. Allows for the easy creation of openings in walls
  3. Provides a more uniform appearance to the wall surface

Disadvantages:

  1. Not suitable for walls that bear lateral loads
  2. Requires more bricks than Stretcher Bond
  3. Can be weak at corners and junctions if not properly reinforced

3. English Bond

English bond is a popular bond used in masonry work that alternates rows of headers and stretchers. This bond provides a strong and stable wall that can bear lateral loads. It is commonly used for load-bearing walls and in decorative applications. 

Advantages:

  1. Provides a strong and stable bond for load-bearing walls
  2. Offers a more visually appealing appearance than Stretcher Bond
  3. Provides good structural stability for walls with lateral load

Disadvantages:

  1. Requires more bricks than Stretcher Bond
  2. More difficult and time-consuming to lay than Stretcher Bond
  3. Weak at corners and junctions if not properly reinforced

4. Flemish Bond

Flemish bond is a bond that alternates headers and stretchers within the same course, creating a more decorative and visually appealing pattern than an English bond. This bond is commonly used in decorative or high-end masonry work. 

Advantages:

  1. Provides a visually appealing appearance
  2. Offers good structural stability for load-bearing walls
  3. Can be used in combination with other bonds for decorative purposes

Disadvantages:

  1. More complex and time-consuming to lay than Stretcher Bond or English Bond
  2. Requires more skill and experience to lay properly
  3. Requires more bricks than Stretcher Bond or English Bond

5. Garden Wall Bond

A Garden Wall bond is a bond that consists of a single course of headers followed by one or more courses of stretchers. This bond is commonly used in low-rise or non-load-bearing walls and for garden walls. 

Advantages:

  1. Simple and easy to lay
  2. Requires fewer bricks than Flemish or English bond
  3. Provides good structural stability for low-rise or non-load-bearing walls

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little architectural interest or visual appeal

6. Rat Trap Bond

A rat trap bond is a bond that consists of two bricks placed side by side, creating a cavity or “rat trap” between them. This bond is commonly used for load-bearing walls and can provide good thermal insulation. 

Advantages:

  1. Provides good structural stability for load-bearing walls
  2. Offers good thermal insulation
  3. Requires fewer bricks than Flemish or English bond

Disadvantages:

  1. More complex and time-consuming to lay than Stretcher Bond or English Bond
  2. Requires more skill and experience to lay properly
  3. May be more susceptible to water penetration if not properly constructed

7. Dutch Bond

Dutch bond is a bond that consists of alternating courses of headers and stretchers in each course. This bond creates a more decorative and visually appealing pattern than the English bond or Flemish bond. 

Advantages:

  1. Provides a visually appealing appearance
  2. Offers good structural stability for load-bearing walls
  3. Can be used in combination with other bonds for decorative purposes

Disadvantages:

  1. More complex and time-consuming to lay than Stretcher Bond or English Bond
  2. Requires more skill and experience to lay properly
  3. Requires more bricks than Stretcher Bond or English Bond

8. Stack Bond

A stack bond is a bond where the bricks are laid directly on top of each other without overlapping. This bond is commonly used for non-load-bearing walls, garden walls, or for decorative purposes. 

Advantages:

  1. Simple and easy to lay
  2. Requires fewer bricks than Flemish or English bond
  3. Provides a modern and clean appearance

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little structural stability or visual interest

9. Zigzag Bond

A Zigzag bond is a bond that consists of diagonal rows of bricks, creating a zigzag pattern. This bond is commonly used for decorative purposes or for low-rise walls that do not bear heavy loads. 

Advantages:

  1. Provides a visually appealing appearance
  2. Can be used for decorative purposes
  3. Requires fewer bricks than Flemish or English bond

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little structural stability

10. Raking Bond

A raking bond is where the bricks are laid diagonally, creating a pattern that slopes or “rakes” up or down. This bond is commonly used for decorative purposes or for walls that are not load-bearing. 

Advantages:

  1. Provides a visually appealing appearance
  2. Can be used for decorative purposes
  3. Requires fewer bricks than Flemish or English bond

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little structural stability

11. Diagonal Bond

A diagonal bond is where the bricks are laid diagonally in alternate courses, creating a zigzag or diagonal pattern. This bond is commonly used for decorative purposes or for low-rise walls that do not bear heavy loads. 

Advantages:

  1. Provides a visually appealing appearance
  2. Can be used for decorative purposes
  3. Requires fewer bricks than Flemish or English bond

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little structural stability

12. Herringbone Bond

A Herringbone bond is where the bricks are laid at 45-degree angles in alternate courses, creating a zigzag or herringbone pattern. This bond is commonly used for decorative purposes or for low-rise walls that do not bear heavy loads. 

Advantages:

  1. Provides a visually appealing appearance
  2. Can be used for decorative purposes
  3. Offers good structural stability for load-bearing walls when properly constructed

Disadvantages:

  1. More complex and time-consuming to lay than Stretcher Bond or English Bond
  2. Requires more skill and experience to lay properly
  3. Requires more bricks than Stretcher Bond or English Bond

13. Basket Weave Bond

A Basketweave bond is a bond where the bricks are laid in pairs in a vertical and horizontal pattern to create a woven appearance. This bond is commonly used for decorative purposes or for low-rise walls that do not bear heavy loads. 

Advantages:

  1. Provides a visually appealing appearance
  2. Can be used for decorative purposes
  3. Offers good structural stability for load-bearing walls when properly constructed

Disadvantages:

  1. More complex and time-consuming to lay than Stretcher Bond or English Bond
  2. Requires more skill and experience to lay properly
  3. Requires more bricks than Stretcher Bond or English Bond

14. Running Bond

A running bond is a bond where the bricks are laid in a pattern where each course overlaps by half the length of the brick. This bond is commonly used for low-rise walls or non-load-bearing walls.

Advantages:

  1. Simple and easy to lay
  2. Provides a modern and clean appearance
  3. Can be used for low-rise walls or non-load-bearing walls

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little structural stability or visual interest

15. Common Bond

The common bond is where the bricks are laid in alternating courses of stretchers and headers. This bond is commonly used for low-rise walls or non-load-bearing walls.

Advantages:

  1. Simple and easy to lay
  2. Provides a traditional and classic appearance
  3. Can be used for low-rise walls or non-load-bearing walls

Disadvantages:

  1. Weak at corners and junctions
  2. Not suitable for high-rise or load-bearing walls
  3. Offers little structural stability or visual interest

16. American Bond

American bond is a bond where the bricks are laid in alternating courses of stretchers and headers with one course of Flemish bond in every six to seven courses. 

This bond is commonly used for low-rise walls or for non-load-bearing walls. 

Advantages:

  1. Provides a traditional and classic appearance
  2. Offers good structural stability for load-bearing walls when properly constructed
  3. Can be used for low-rise walls or non-load-bearing walls

Disadvantages:

  1. More complex and time-consuming to lay than Stretcher Bond or English Bond
  2. Requires more skill and experience to lay properly
  3. Requires more bricks than Stretcher Bond or English Bond

A quick comparison of each type of brick bond

Bond TypeAdvantagesDisadvantages
StretcherSimple, fewer bricks, good stabilityNot visually interesting
HeaderTraditional look, good stabilityTime-consuming, requires skill
EnglishTraditional look, good stability, good interestTime-consuming, requires skill and more bricks
FlemishVisually appealing, good stabilityTime-consuming, requires skill and more bricks
Garden WallGood stability, fewer bricksNot visually interesting, weak corners
Rat TrapGood stability, fewer bricksNot visually interesting, requires skill
DutchVisually appealing, good stabilityTime-consuming, requires skill and more bricks
StackSimple, modern lookWeak corners, not for load-bearing
ZigzagVisually appealingWeak corners, not for load-bearing
RakingVisually appealing, fewer bricksWeak corners, not for load-bearing
DiagonalVisually appealing, fewer bricksWeak corners, not for load-bearing
HerringboneVisually appealing, good stabilityTime-consuming, requires skill and more bricks
Basket WeaveVisually appealing, good stabilityTime-consuming, requires skill and more bricks
RunningSimple, modern lookWeak corners, not for load-bearing
CommonSimple, traditional lookWeak corners, not for load-bearing
AmericanTraditional look, good stabilityMore complex and time-consuming to lay than Stretcher Bond and requires more skill and experience to lay properly
Comparison table between different types of brick bonds

FAQ on different types of brick bonds

What is a brick bond?

A brick bond is a pattern in which bricks are laid in a wall, creating a structural and aesthetic element in brickwork.

Why are brick bonds important?

Brick bonds are important for providing structural stability and strength to brickwork. They also contribute to the aesthetic appeal of the finished project.

How do I choose a brick bond for my project?

The choice of a brick bond will depend on the style of the building, the purpose of the wall, and the preference of the builder or architect. Some bonds are better suited for load-bearing walls, while others are more decorative.

Can I mix different brick bonds in the same project?

Yes, you can mix different brick bonds in the same project to create visual interest or highlight certain areas. However, it is important to make sure the different bonds are compatible and properly integrated.

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Everydaycivil
Everydaycivil

I'm Mohit K., a Civil Engineer with hands-on experience in building construction. My blog shares practical insights on civil engineering, construction techniques, and site management. With a B.Tech in Civil Engineering, I'm now pursuing an M.Tech in Structural and Construction Engineering.

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