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info@intisumberbajasakti.comPractical columns serve to bind, reinforce, and maintain the stability of brick walls. Therefore, their placement must be carefully planned to ensure optimal performance in conjunction with the masonry and the building's structural system.
Determining their placement requires considering not only the wall's length but also openings, wall intersections, and the building's structural system. Here are several factors to consider:
1. Consider Wall Length and Height
Long or tall wall sections require extra attention regarding stability.
Practical columns can act as stiffeners, dividing the wall into smaller sections to prevent excessively long unsupported spans.
However, the spacing of practical columns must adhere to working drawings and structural calculations rather than relying on generic figures.
2. Place at Wall Intersections
Practical columns can be used at the junction where two wall sections meet.
This placement helps tie the intersecting masonry together, creating a more stable connection between the walls.
3. Consider Door and Window Positions
Openings such as doors and windows must be accounted for from the outset.
Areas surrounding openings are particularly prone to cracking if construction details are incorrect. Practical columns and other stiffening elements can be planned for these areas as needed.
4. Coordinate with Structural Columns
The placement of practical columns must be coordinated with the main structural columns.
The connection between practical columns and the main structure must follow specific construction details to ensure the masonry is properly anchored without compromising the building's structural system.
5. Consider Tie Beams (Sloof) and Beams
Practical columns are generally planned as part of a wall system connected to horizontal elements like tie beams (sloof) and structural beams.
Connection details must be executed according to working drawings to ensure loads and wall movements are effectively managed.
6. Adapt to the Type of Brick
The placement and detailing of practical columns must also take into account the type of wall material used.
Red bricks and lightweight bricks (AAC blocks) have different characteristics and installation methods; therefore, construction details cannot always be standardized across both types. 7. Consider Wall Shape and Configuration
Walls with irregular shapes, changes in direction, or numerous openings require more detailed planning regarding the placement of stiffening columns.
The more complex the wall configuration, the more critical the coordination between the masonry work and the building's structural framework becomes.
8. Do Not Determine Placement Based Solely on Habit
There is no single "practical column" placement pattern that applies to every building.
Factors such as wall dimensions, building height, masonry type, opening locations, loads, and the structural system must all be considered holistically.
For construction work, always use working drawings and structural calculations prepared by professionals as your primary reference.
Practical Columns Are Not a Substitute for Structural Columns
It is important to understand that practical columns serve a different function than primary structural columns.
Practical columns help reinforce and stabilize the wall, whereas structural columns are key components of the system designed to support the building's loads.
Conclusion
Determining the placement of practical columns in brick walls requires consideration of wall length and height, wall intersections, door and window locations, connections to structural columns, tie beams (sloof) and structural beams, as well as the type of brick used.
When placed according to a proper plan, practical columns help enhance wall stability and reduce the risk of cracking.
Contact PT Intisumber Bajasakti for Construction Material Needs
If you require practical columns, rebar, wire mesh, cement, red bricks, lightweight bricks, or other iron and steel materials, PT Intisumber Bajasakti (ISBS) is ready to meet the material requirements for various construction projects.
For product information, specifications, stock availability, or price quotes, please contact us via:
π Phone: 021-66675999
π Website: https://www.intisumberbajasakti.com
βοΈ Email: info@intisumberbajasakti.com


