
Type C Alu Formwork
Description
Technical Parameters
Shandong Hualv Alu-Formwork Co., Ltd. was established in 2017. It is affiliated with Shandong Huajian Aluminum Group and is located in Linqu County, the capital of China's aluminum industry. We are an enterprise that integrates aluminum alloy formwork profile research and development, aluminum alloy formwork structure design, aluminum alloy formwork mold design, and aluminum alloy formwork processing and production.
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Form aluminium formwork is made of aluminum alloy welding and forging, it is a new type of green building formwork, which mainly consists of panels (standard and non-standard panels), support structures, connectors and fasteners.
Aluminium shuttering is vertical wall components for buildings. Bearing capacity of 60KN/M2, easy turnover, is the main component of aluminum alloy template.Template border thickness 65m,Panel 4mm, made of integrated profiles.The weight is 25KG per square.
Exterior Wall Aluminum Formwork
Exterior wall aluminum formwork is used for vertical construction of the external wall formwork of the building to make a working construction surface on the external wall.
Wall end aluminum formwork is a special design of aluminum formwork products, mainly used in the construction of building walls in the end and corner parts, such as: wall end, beam bottom, door head window cover and so on.
Aluminum formwork support mainly used for the end of the wall, the bottom of the beam, the window sill cover and other parts of the door, supporting and fixing the aluminum template base to increase the flange
Aluminum formwork keel is an important accessory in the aluminum formwork system, which is mainly used to support and fix the aluminum formwork to ensure the stability and accuracy of the formwork position during the construction process.
Aluminum Formwork Support Connection Strips
Aluminum formwork support connection strips designed for aluminum formwork systems are used to connect and support aluminum formwork systems, where the connection bars play a key role in ensuring a solid connection between the formwork and the stability of the overall structure.
Roof Corner C-Shaped Aluminum Formwork
Roof corner C-shaped aluminum formwork is a special formwork for the corner of the roof in the building formwork project, bearing capacity of 60KN/M2, easy turnover, is the main component of aluminum alloy formwork. The thickness of the template border is 65m, and the panel is 4mm. It is made of integrated profiles.
L-Shaped Aluminium Angle For Construction
L-Shaped Aluminium Angle for Construction is used for aluminum formwork connection at the positive corner of buildings. Bearing capacity of 60KN/M2, easy turnover, is the main component of aluminum alloy formwork at the positive corner. Template frame thickness 65m, panel 4mm, made of integrated profiles, weight per square 25KG.
In the construction industry, Aluminium Formwork is the latest type of technology that improves the overall efficiency and reduces the cost of the project. It is a temporary structure that is built around the perimeter of a construction site to create a mould for pouring concrete. Once poured, the concrete hardens and creates a permanent structure.
Benefits of Type C Alu Formwork
Short construction period. The aluminum formwork system is a quick-release formwork system. The normal construction of a set of formwork can reach one level in four days, and the pipeline construction can be better carried out, which greatly improves the construction progress and saves management costs.
There are many times of repeated use, and the average use cost is low. The aluminum formwork system uses the aluminum alloy profile formed by the overall extrusion as the raw material, and a set of formwork can be used over 300 times for standard construction. The purchase price of a set of templates is amortized, which saves a lot of cost than traditional templates.
Convenient construction and high efficiency. The aluminum formwork system is simple and convenient to assemble, with an average weight of about 20kg. It is completely handled and assembled by hand without the assistance of any mechanical equipment. Moreover, the system design is simple, and the workers can get up to speed quickly. Skilled installers can install 20-30 square meters per person per day, greatly saving labor costs.
Good stability and high bearing capacity. The bearing capacity of most aluminum formwork systems can reach 60KN per square meter, which is sufficient to meet the supporting capacity requirements of most residential building groups.
Wide range of applications. Aluminum formwork is suitable for the use of walls, horizontal floors, columns, beams, stairs, windowsills, flaps, etc., and it is also useful for secondary structural support such as ring beams, structural columns, and anti-bumps.
Less joints, high precision, good concrete surface effect after demoulding. After demolishing the aluminum building formwork, the surface quality of the concrete is smooth and smooth, which can basically meet the requirements of facing and clear concrete, without the need for batching, which can save the batching costs.
The construction site has less waste and the supporting system is simple. Aluminium Formwork Accessories can be reused. After the construction is demolished, there is no garbage on site. The support system has a simple structure and is easy to remove. Therefore, the entire construction environment is safe, clean and tidy.
Strong standard and universality. There are many specifications of aluminum formwork, which can be assembled with different specifications according to the project. When the used formwork is used to rebuild a new building, only about 20 non-standard boards need to be replaced, which can reduce costs.
High recycling value. After the aluminum formwork is discarded, when the residual value of the waste treatment is high, the cost sharing advantage is obvious.
Low carbon emission reduction. All materials of the aluminum formwork system are renewable materials, which meet the national regulations on energy conservation, environmental protection, low carbon and emission reduction of construction projects.

The traditional deviation value of wood formowork is more than 10 mm, easy to deformation, especially the outer column, wood formwork reinforcement point is wide, and easy to "run", need to have a technical level of pure wood formwork workers.
Because the wood formwork is poorly made and the number of times of use reaches more than 3 times because the joint has cement and sand, etc., it often needs to be corrected. Deformation and expansion are easy to occur after water absorption, and the accuracy cannot be achieved, at least beyond the deviation of 15mm.
In contrast, the aluminum formwork component size deviation value is between millimeters, the root positioning of the aluminum formwork column is fixed by welding, the verticality of the laser instrument, accurate to 5mm, the junction of the upper and lower layer has a concrete fixed shared module, not easy to wrong platform; And in the process of casting, if the reinforcement is not in place, it is easy to "run the mold", resulting in the wrong platform.
Questions about aluminium formwork construction
Question: The strength of aluminium formwork profile may not meet the requirements and they are prone to deformation during the construction process.
Solve: Prior to installation, it is imperative to conduct a strength acceptance test on the aluminium formwork profile to ensure its compliance with prescribed standards. It is recommended to employ aluminium materials from the 5-series or 6-series due to their heightened strength and durability.acceptance tests should be conducted on weld seams, joint widths, pins and wedges. Weld seams need to undergo a thorough inspection of welding processes and quality to ensure strong and reliable joints. Joint widths should conform to design requirements to avoid construction difficulties or quality issues caused by excessive or insufficient widths. The quality and dimensions of pins and wedges should also be verified to ensure the effective connection of components of aluminium formwork.
Question: The aluminium formwork system might suffer from inadequate overall rigidity due to the large number of small panels used in construction.
Solve: The aluminium formwork system(aluminium formwork system) is assembled with aluminium alloy plates to form a complete framework, featuring a high bearing capacity reaching 30-40kn per square meter. However, the use of a large number of small plates may result in inadequate overall rigidity, leading to structural deformation. During the aluminium formwork design calculation, non-standard formworks design should be attention such as beam-column and beam-wall joints as well as the formwork design for the lower edges of wall corners to optimize the overall structural rigidity and reduce the risk of deformation.
Question: The concrete surface detachment after the formwork for aluminium was dismantled
Solve: Before using formwork for aluminium, it is essential to apply form release agents every time. This practice effectively prevents adhesion between concrete and formwork for aluminium, ensuring a smooth concrete surface during dismantling. We recommend choosing a water-based form release agent as it is environmentally friendly and easy to clean. When applying the form release agent, it should be brushed from top to bottom. This method ensures thorough penetration of the release agent and minimizes waste and ineffectiveness during application.
Question: During aluminium formwork in construction, leakage at the joints will result in honeycombing on the surface of the concrete, which seriously affects the appearance of the structure.
Solve: In aluminium formwork in construction, if the cement residue is not properly cleaned or if the joints are not tightly sealed, it may lead to leakage. Therefore, immediate cleaning is necessary after the removal of aluminium formwork panels. The purpose of cleaning aluminium formwork panels is to ensure optimal construction results and prevent the occurrence of grout leakage issues during future use. The cleaning process involves the thorough removal of residual cement and other contaminants from the edges, as well as addressing any joint-related concerns. Furthermore, any deformed or damaged used aluminium formwork should be promptly sent back to the manufacturer for repairs, in order to prolong its service life and reduce subsequent maintenance costs.
Question: the columns, walls, and stairs were displacement.
Solve: If the displacement is within the allowed range (≤5mm for columns and ≤3mm for walls), no further treatment is needed. If the displacement exceeds the allowed range (5mm ≤ column ≤25mm and 3 mm ≤ wall ≤15mm), To address this issue, it is possible to install kicker in aluminium formwork, which should be affixed to the structure. When dismantling the lower wall panels, it is crucial to refrain from removing kicker in aluminium formwork.
Major Components of Aluminium Formwork
Panels
Panels act as the main load-bearing parts and come in various types to serve different purposes. Wall panels are the most commonly used and contain tie rod holes for the construction of walls. Wall top panels are utilized for the tops of walls. Column panels form the molds for column construction. Crane-way panels provide paths for cranes to travel on during high-rise building works.
Connectors
Connectors play a vital joining role. External joint connectors fix panels on the outside of structures. Internal joint connectors are used between adjacent panels from inside. Beam corner joints connect wall and beam panels at angled positions. The sturdy designs of these connectors guarantee panels are firmly interlocked and free of gaps or misalignment.
Bracing
Temporary bracing elements provide crucial stability to support beams, roofs, and more during construction. Kicker braces support the base of beams. Soffit braces are attached to slab undersides. Semi-circular rocker braces resist uneven loading on curved structures. The adjustable bracing connections conform to irregular profiles and deliver maximum safety even under high load conditions.
Our Factory
Our company covers an area of more than 180 acres, with a production plant area of more than 90,000 square meters. The annual production capacity reaches 500,000 square meters of architectural aluminum formwork. It has established in-depth cooperative relations with China Construction, China Resources, Vanke, China Overseas, Sunac, Sino-Ocean, Handa, and other companies.

Certifications

FAQ
Q: Why is aluminium formwork used?
Q: How many times aluminium formwork can be used?
Q: What is the thickness of aluminum formwork?
Q: What is the curing time for formwork?
Q: What is the load bearing capacity of aluminium formwork?
Q: Is aluminium formwork better than timber formwork?
Q: When to remove formwork?
Q: What size is aluminium formwork?
Q: What is the grade of aluminium formwork?
Q: Where is aluminum formwork used?
Q: What is the repetition of aluminium formwork?
Q: What is the scrap value of aluminium formwork?
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Brand |
Hualv |
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Grade |
6061 Aluminum |
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Application |
Commercial or industrial; modern and sophisticated building project; concrete Construction |
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Place of Origin |
Shandong |
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Delivery Time |
15 days |
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Port |
Qingdao, Shanghai |
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Warranty |
According to the actual situation |
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Samples |
For free |
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MOQ |
2000 sqm |
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Payment Terms |
30% deposit before production, and balance before shipment |
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After-sale Service |
Online technical support, Onsite Installation, Onsite Training, Onsite Inspection, Free spare parts |
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Project Solution Capability |
Graphic design, 3D model design, total solution for projects, Cross Categories Consolidation |
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Customization |
Yes |
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