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Skirting, also known as baseboard or base molding, is a trim installed at the bottom of interior walls where they meet the floor. It is a finishing element in a building that serves both functional and aesthetic purposes. Skirting is typically made of wood, MDF (medium-density fiberboard), PVC (polyvinyl chloride), or other materials.
The main purposes of skirting in a building are:
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**Protection**: Skirting protects the bottom part of the walls from damage that can occur from furniture, vacuum cleaners, mops, and other objects that might come into contact with the wall.
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**Aesthetics**: Skirting enhances the appearance of the room by providing a clean and finished look to the junction between the wall and floor. It also adds a decorative element that complements the overall interior design.
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**Covering Gaps**: Skirting helps cover any gaps or uneven edges between the wall and floor, providing a neat and polished appearance to the room.
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**Concealing Wiring and Cables**: In some cases, skirting can serve as a discreet way to conceal electrical wiring, cables, or pipes that run along the base of the wall.
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**Easy Cleaning**: Skirting acts as a barrier that prevents dust, dirt, and debris from accumulating in the gap between the wall and floor, making cleaning more manageable.
Skirting comes in various designs, sizes, and materials to suit different interior styles. It is typically installed after the flooring and wall finishes are complete, and before any furniture is placed in the room. The height of skirting can vary depending on personal preference and the specific design of the space.
Overall, skirting is a functional and aesthetically pleasing architectural feature that adds a polished and finished look to the interior of a building while also providing protection to the walls.
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Larry
Precast concrete offers several advantages. Firstly, it's manufactured off-site under controlled conditions, ensuring higher quality and consistency. Secondly, it allows for faster construction times, reducing project duration and costs. Additionally, precast concrete is durable, fire-resistant, and requires minimal maintenance, making it a sustainable and cost-effective building material.
Wiki User
∙ 15y ago1- Very rapid speed of erection
2- Good quality control
3- Entire building can be precast - walls, floors, beams, etc. 1- Very rapid speed of erection
2- Good quality control
3- Entire building can be precast - walls, floors, beams, etc.
Wiki User
∙ 11y agoPrecast concrete has a variety of uses, but is primarily used in the construction of extremely solid objects. This can range from bunker silos to more general structural applications (i.e. beams, floors, walls). The uses for precast concrete are practically limitless.
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Various Benefits of Precast Concrete Construction ?
Precast concrete is a concrete construction product that is made using molds under controlled process conditions. They are later on shipped to the construction sites for use. This technique first evolved in 1904, helps in the creation of concrete products that are much better in uniformity and quality as compared to the usual concreted that is poured and cured on the construction site. Prefabricated concrete is made in the plants that maintain controlled conditions resulting in a much better strength and quality than concrete construction. As these products are produced in the precast molds, the concrete gets a chance to cure to the desired specifications. There are numerous advantages of using these precast concrete products in various constructions. As compared to the concrete construction, these precast concrete blocks have greater fire resistance, strength, resistance to chemicals, lower maintenance costs, easy and quick installation and aesthetics. The plants processing precast concrete products have a specialization in this process and can offer them in various sizes, shapes, finish or colors that are not possible in the usual concrete construction projects. The cost of construction also reduces significantly as molds can be easily reused again and again. Aside from this, precast concrete products are made for connecting with one another to make a structure, so they save lot of expenses on labor as well. They also save lot of construction time as they are just lifted and installed in place in a mechanized way. Precast concrete products are being used worldwide for various construction projects. Many high risers, houses, warehouses, building walls, pump stations, containers for storing waste, transportation structures like platform risers and terminal buildings are made using precast concrete. Many houses are now being made using precast concrete walls because they are more durable and entail low labor cost. The walls made using prefabricated concrete can last much longer than simple concrete construction due to their high resistance to elements. The walls that are made using prefabricated concrete can either be single layered or double layered according to the design requirements. The double layered walls are sometimes called sandwich walls because they have a wide layer of insulation in between the two concrete layers. As these walls are made to the exact specifications, they can be produced with the exact access openings for doors, windows or pipes.
Is a tent a shell structure?
Precast concrete is a type of concrete that is cast in a controlled environment (usually a manufacturing plant) and then transported to the construction site for installation. It is a highly versatile construction material with a wide range of applications due to its various advantages, such as improved quality control, faster construction, and reduced on-site labor. Precast concrete is used for the following purposes: **Building Construction**: Precast concrete elements are commonly used in building construction for walls, floors, beams, columns, and stairs. They offer fast installation and can be produced with high-quality finishes, making them suitable for a variety of architectural designs. **Infrastructure Projects**: Precast concrete is widely used in infrastructure projects like bridges, tunnels, culverts, and retaining walls. Its durability and ability to withstand harsh environmental conditions make it ideal for these applications. **Highway and Road Construction**: Precast concrete components are used for highway barriers, sound walls, traffic barriers, and roadside elements. They help improve road safety and provide a cost-effective solution for transportation infrastructure. **Railway Projects**: Precast concrete is used for railway platforms, viaducts, tunnel segments, and other railway-related structures, providing stability and longevity. **Utility and Drainage Structures**: Precast concrete products such as manholes, catch basins, stormwater management systems, and sewer pipes are widely used for utility and drainage purposes in urban infrastructure. **Modular Construction**: Precast concrete enables modular construction, where complete building units or sections are pre-assembled in a factory and then transported to the site for installation. This approach saves time and minimizes disruption at the construction site. **Architectural Elements**: Precast concrete is used to create various architectural elements such as decorative facades, cladding panels, ornamental features, and other customized designs. **Pavements and Slabs**: Precast concrete paving blocks and slabs are commonly used for pedestrian walkways, parking lots, and other flat surfaces. **Water Storage and Treatment**: Precast concrete tanks and structures are used for water storage, wastewater treatment, and water management systems. **Sound Barriers**: Precast concrete is employed in sound barriers along highways and railway tracks to mitigate noise pollution. The use of precast concrete offers numerous advantages, including improved quality, reduced construction time, enhanced durability, and minimized on-site waste. It has become a preferred choice for various construction projects due to its efficiency and versatility.
What are the advantages and disadvantages of compacting concrete using a vibrator?
The main disadvantage of compacting concrete using a cement vibrator is the noise. The advantages of compacting concrete using a cement vibrator is to remove trapped air and excess water which then allows the concrete settle firmly.
What are the advantages of concrete over bricks and stones?
Advantages of concrete:compression member.slabs.beams.shear walls.Disadvantages:Non-renewable source.Mix design should be known.Skilled labour is required to mix, handle, and place the concrete.
What is difference between pre tension and post tension precast girders of bridge?
A simple explanation: PRE tensioned- cables are tensioned, and the concrete is cast around it. The tensioning is done BEFORE casting the concrete (PRE = before). POST tensioned- cables are placed inside of ducts or are greased to prevent bonding to the concrete, the concrete is cast around the cables, and then the cables are tensioned after the concrete has reached a desired strength. The tensioning is done AFTER the concrete is cast (POST = after).
How do you use the word precast in a sentence?
the consist of precast slabs fixed on concrete posts
Can precast concrete be cut to fit?
yes
How is precast concrete produced?
unlike standard concrete which is in a liquid form and poured were it is needed and formed, precast concrete is molded offsite into the form that is required and then shipped to the site where it will be set into place.
What has the author Martin J Gutzwiller written?
Martin J. Gutzwiller has written: 'Use of precast, prestressed concrete for bridge decks' -- subject(s): Bridges, Floors, Precast concrete, Prestressed concrete, Testing
What has the author A H Gustaferro written?
A. H. Gustaferro has written: 'Design for fire resistance of precast prestressed concrete' -- subject(s): Fire testing, Precast concrete, Prestressed concrete 'Fire resistance of prestressed concrete beams' -- subject(s): Concrete beams, Fire testing, Testing
Advantages use prestressed concrete in constructions?
1.Higher spans can be obtained by reducing no.of column supports. 2.Concrete sections can be reduced. 3.Rebar and concrete can be economized. 4.Used for precast concrete members particularly for bridges. Pandu R Reddy.Bijjam M.Tech(structures)
Who was the Architect known for using precast concrete?
Frank Lloyd Wright
Why the precast girders are used instead of reinforced cement concrete girders?
becos precast girders are not cast in -site and therefore faster. they also available in standard size.
What is the Difference between precast and prefabricated concrete?
Prefabricated is a general term for anything that is assembled in a factory rather than on-site. Precast would be specifically applicable to anything that could be formed in a mold (concrete, perhaps glass, metal, etc.).
What can you do with concrete?
With concrete and precast concrete you can build fences, walls, concrete sound walls, pre-cast concrete perimeter walls, masonry walls, masonry screen walls and more! If you are interested in having a concrete or precast fence, perimeter, sound wall, masonry wall or masonry screen wall, then go to the links below for more information. Well you can make walls, houses, bricks and so on.
What are Advantage and disadvantage of In-situ concrete slab?
disadvantage: - require more time to construct compare to precast concrete slab -more on-site labor required - require formwork advantage: -most commonly use -do not require storage for material (e.g. precast concrete slab need place to store)
Various Benefits of Precast Concrete Construction ?
Precast concrete is a concrete construction product that is made using molds under controlled process conditions. They are later on shipped to the construction sites for use. This technique first evolved in 1904, helps in the creation of concrete products that are much better in uniformity and quality as compared to the usual concreted that is poured and cured on the construction site. Prefabricated concrete is made in the plants that maintain controlled conditions resulting in a much better strength and quality than concrete construction. As these products are produced in the precast molds, the concrete gets a chance to cure to the desired specifications. There are numerous advantages of using these precast concrete products in various constructions. As compared to the concrete construction, these precast concrete blocks have greater fire resistance, strength, resistance to chemicals, lower maintenance costs, easy and quick installation and aesthetics. The plants processing precast concrete products have a specialization in this process and can offer them in various sizes, shapes, finish or colors that are not possible in the usual concrete construction projects. The cost of construction also reduces significantly as molds can be easily reused again and again. Aside from this, precast concrete products are made for connecting with one another to make a structure, so they save lot of expenses on labor as well. They also save lot of construction time as they are just lifted and installed in place in a mechanized way. Precast concrete products are being used worldwide for various construction projects. Many high risers, houses, warehouses, building walls, pump stations, containers for storing waste, transportation structures like platform risers and terminal buildings are made using precast concrete. Many houses are now being made using precast concrete walls because they are more durable and entail low labor cost. The walls made using prefabricated concrete can last much longer than simple concrete construction due to their high resistance to elements. The walls that are made using prefabricated concrete can either be single layered or double layered according to the design requirements. The double layered walls are sometimes called sandwich walls because they have a wide layer of insulation in between the two concrete layers. As these walls are made to the exact specifications, they can be produced with the exact access openings for doors, windows or pipes.
