In commercial construction projects in Australia, a "dwarf wall" refers to a low wall that is typically used for specific purposes such as supporting structures, dividing spaces, or providing a decorative element.
The height of a dwarf wall can vary depending on the specific requirements of the project, but it is typically between 600mm and 1200mm high. The walls are usually constructed using masonry materials, such as concrete blocks or bricks, and are designed to provide a stable and durable foundation for the structure they support.
In addition to providing structural support, dwarf walls can also serve as a decorative element in a commercial building. They can be finished with a variety of materials, such as plaster, paint, or tiles, to create a visually appealing appearance.
These walls are generally shorter than full-height walls and can be found in various applications including:
Support for Glazing or Windows: Dwarf walls are often used to support large windows or glazing panels, providing a base that helps to secure the glass while allowing for maximum light penetration.
Partitioning: In open-plan commercial spaces, dwarf walls can be used to create semi-private areas or to delineate different functional zones without obstructing the overall flow of the space.
Decorative Elements: These walls can serve as aesthetic features, adding to the architectural design of a space. They might be used in lobbies, reception areas, or other public spaces within a commercial building.
Structural Support: In some cases, dwarf walls provide additional structural support for other elements of the building, such as countertops, benches, or shelving units.
Landscaping: Outside the building, dwarf walls can be used in landscaping to create raised garden beds, seating areas, or to retain soil on sloped sites.
The height of a dwarf wall can vary but is generally considered to be less than one meter (approximately 3 feet) tall. The construction materials for dwarf walls can include brick, concrete, stone, or other materials that match the overall design and structural requirements of the project.
