Concrete formwork is used in a wide variety of construction projects where pouring concrete is involved. Pouring the foundation of a building or structure, such as a house or a bridge, requires concrete formwork. Walls, columns, slabs, and floors made of concrete all utilize concrete formwork for pouring and casting. Beams, girders, and other support structures for buildings and bridges also depend on reliable concrete formwork during the pouring and curing process.
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Whether you own or rent your equipment, Concrete formwork plays a critical role in ensuring poured concrete takes the desired shape, meets the right dimensions, and has the strength to support intended structural loads.
Concrete formwork refers to the molds or structures used to shape and support freshly poured concrete. Concrete formwork can be temporary or permanent and provide the shape and finish necessary for a concrete structure. When using formwork on a job site, it is important to understand the different types of concrete formwork to ensure the concrete is poured in the correct dimensions and shape for the intended outcome. Utilize concrete formwork to help the project gain sufficient strength and allow the concrete to support its own weight and any loads that may be placed on it.
Concrete formwork can be made from a variety of materials, including:
When choosing the right concrete formwork for a project, the formwork must be able to withstand the weight of the wet concrete and the pressure as it forms. Learn more about the different types of concrete, including their pros and cons, to determine the best choice for a quality, strong, and durable finished concrete structure.
Each type of concrete formwork has its own advantages and disadvantages based on the materials and intended usage. Here are a variety of types of concrete formwork, their uses, and the pros and cons for each.
Wooden formwork is inexpensive and readily available, which makes it a common choice for a variety of construction projects. Wooden formwork is also easy to work with and can be easily cut to the required shape and size for the specific project. The two main types of wooden formwork are timber and plywood.
Timber formwork material is made from solid wood, like pine or spruce. Typically used for small to medium-sized projects, timber formwork is easy to work with and a cost-effective option in a variety of contexts. Timber formwork also provides good insulation and helps to regulate temperature and humidity during the concrete curing process. However, timber formwork is more prone to warping or splitting and will require regular maintenance to prevent rot or decay.
Plywood formwork material is made from thin layers of wood veneer that get bonded together with adhesive before use. Wooden formwork made of plywood is more common for large or complex projects because of how easily plywood can be cut to specific shapes and sizes to meet design standards. Plywood can be reused multiple times and is also lightweight and easy to handle. However, plywood may require additional support or bracing to help prevent deformation during the concrete pouring and curing process. Plywood formwork materials are typically more expensive than timber formwork materials.
Metal for concrete formwork is known for its durability and ability to withstand the weight and pressure of wet concrete. This type of formwork can be reused many times and involves easy assembly and disassembly. The two main types of metal concrete formwork are aluminum and steel.
Aluminum formwork material is lightweight and easy to use in a variety of contexts, including large-scale products. This type of formwork material can help reduce construction time and labor costs because of how easy it is to assemble and disassemble. Aluminum formwork also provides a high-quality surface finish and is resistant to corrosion and weathering. However, aluminum formwork can be more expensive than other materials, like wooden formwork, and is not as strong as steel formwork.
Steel formwork material is very strong and durable, which makes it suitable for heavy loads like high-rise structures. Steel formwork provides good dimensional stability and can be adjusted to fit the required dimensions of a project. However, steel formwork is heavy and may require specialized training or machinery to move around. Steel formwork will also require protective measures to help prevent rust and corrosion.
Plastic formwork is lightweight and easy to move around, which makes it a great choice for projects that require reusable forms and minimal maintenance. The durability of plastic formwork makes it ideal for small to medium-sized projects. Plastic formwork typically does not require additional forming work because it provides a smooth finish to the concrete. Plastic is also resistant to moisture and chemicals, making plastic formwork suitable for use in harsh environments. However, plastic formwork is not as strong as other types of concrete formwork materials like steel or aluminum or projects that require heavy loads.
Insulated concrete formwork is made up of two layers of foam insulation that has a hollow space in between where the concrete gets poured. This type of concrete formwork offers excellent insulation for concrete during the pouring and curing process, which can also reduce energy consumption. Insulated concrete formwork, or ICF, is known for its strength and durability for a wide range of structures, including small home projects and large commercial builds. However, ICF can be more expensive than other materials and may require specialized equipment and labor for proper installation.
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Stay-in-place formwork, also known as permanent formwork, is a type of concrete formwork that does not get removed after the concrete has been poured and cured. This type of formwork is commonly used in applications where a smooth, uniform finish to the concrete is necessary or desired for both sides of the concrete structure. Some stay-in-place formwork, like precast concrete formwork, may be reinforced with steel. Utilizing stay-in-place formwork eliminates the need for additional formwork removal and reduces waste. However, it is not suitable for all applications.
Foam concrete formwork is made of a lightweight foam material that gets coated with a layer of plaster or stucco to create a smooth, uniform finish on both sides of a concrete structure. This type of concrete formwork molds the foam material into the desired shape and size for the concrete structure. Foam concrete formwork is easy to handle and can be molded into a variety of shapes and sizes, making this a popular choice for custom designs. This type of material is also lightweight and easy to transport, which can reduce costs and time. However, foam concrete is typically only recommended for smaller projects and may require additional finishing work compared to other types of concrete formwork.
Fabric formwork is a type of formwork that involves stretching a fabric material over a mold or frame. Then concrete is poured into the fabric to create the desired shape or structure. Fabric for formwork material can be made from a variety of materials, including canvas, PVC, and woven or non-woven polypropylene. Fabric formwork is lightweight and easy to handle, especially for complex and irregular shapes. It also provides a unique aesthetic appeal because of how the fabric imprints onto the surface of the concrete. However, fabric formwork does have reduced durability compared to traditional concrete formwork materials and has limitations in the size and shape of the project.
Forming America has everything you need for your next concrete forming project, with options available for both equipment rental and purchase. Speak with a representative to learn more about our concrete formwork products and discuss the different types of concrete formwork that would work best for your particular construction project.
Recent years, a variety of plastic templates have appeared in the market. With the wide use of plastic building templates, everyone recognizes that plastic building templates are an inevitable product to replace steel molds, wood molds and bamboo molds, and are the development direction of building templates in the future.
Now there are nearly 100 plastic building formwork manufacturers in the country, and the materials for producing plastic building templates are different. In order to help all builders choose correctly, there are several on the market. A rough analysis of the composition and performance of a plastic building formwork reminds all builders who use plastic building formwork to avoid unnecessary losses caused by blind selection.
The first type is 'Wood-plastic building formwork', which consists of the worst waste plastics PP, ABS, PVC, PE, etc., which is mixed with wood powder or straw powder as filler. The builders call it a garbage template. Although the price of the template is cheap, its drawback lies in the fact that the template is deformed under the sunlight in summer time. In the winter, it is easy cracked at 0 °C when nail, and the mold is easily broken when the mold is released. The number of turnovers in winter is 0.
The second type is 'fly ash plastic building formwork', which consists of the worst waste plastics PP, PE, PVC, ABS, etc., the fillings are fly ash, stone powder, such template and the first type of wood plastic template The drawbacks are generally the same. The biggest weakness of this type of template is that the thermal stability is not good. When the summer temperature is as high as 30° or more, the concrete pouring is easy to have a wave type, and the wooden spacing is 150mm. This is also the case for builders. The cost of wood is increasing, and the wages of carpentry need to be increased. These are not small expenses. The number of turnovers of this template is 15 times.
The third type is 'GMT plastic building formwork' (GMT referred to as glass fiber), which consists of medium waste plastic pp, PE, PVC, ABS, etc. The filling is made of three layers of fiberglass. The weakness of this type of template is weight. Heavier, and the glass fiber is very itchy when it is cut on the skin. The construction woodworker is reluctant to use such products. The biggest weakness is that it cannot be recycled, and the turnover is about 25 times.
There are also some random quotes "so-called new hollow plastic template". Does the manufacturer have a construction site that they are currently using in practice, and whether there is a long-term cooperative construction company. Don't buy these so-called "plastic building templates" because of the previous greed, and the result is deceived and regretted!
Henan Yaohang Alloy Formwork Co., Ltd. has 6 modern production lines with patented technology, and its production technology level is first-class in China. prime polypropylene resin is used as the substrate to produce new hollow plastic building templates.The product has high strength, high impact strength and practical practicability. Under the temperature of -20 ° C to 60 ° C, the size is stable and can be applied without cracking. It can be used 50 times to 100 times, and the waste board can be recycled 100%. Compared with the steel mold and wood mold which are easily deformed and damaged, the construction cost is greatly reduced, and the problems of white pollution and excessive felling of wood are solved.
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