After nearly 20 years of operation and development, China tianqu group has become a large group enterprise integrating real estate, aluminum profiles, aluminum templates, doors and Windows, curtain walls, new energy, trade city, five-star hotels, etc., with more than 10 subsidiaries under its jurisdictionTianqu aluminum mold business covers aluminum mold research and development, design, production, sales, leasing, installation guidance and old plate renovation. At present, zaozhuang city in shandong province has a factory (covers an area of 150 mu, with an annual capacity of 300,000 square meters), zaozhuang city two factory (covers an area of 200 mu, with an annual capacity of 400,000 square meters), Qingdao factory (covers an area of 150 mu, with an annual capacity of 300,000 square meters, mainly radiation around Qingdao and overseas projects) three production bases.
Why Choose Us
High Quality Products
More than 90% of the global aluminum template enterprises are using 6061-t6 aluminum profiles, Tianqu aluminum mold is using self-developed high-strength aluminum alloy profiles.
Our Certificate
The enterprise has passed ISO9001 quality management system certification, the enterprise has been awarded AAA level credit certification, and has more than 40 patents, general manager Ni zuliang was awarded the "good faith entrepreneur" honorary title.
Our Service
Design technical support,Template pre-assembly support,TTechnical guidance and support,TMaterial supply support.
One-stop Solution
Tianqu aluminum mold business covers aluminum mold research and development, design, production, sales, leasing, installation guidance and old plate renovation.
The Aluminum Formwork Screw System
The Aluminum Formwork screw system is a more traditional way in the construction of aluminum mold. In this system, the screws are usually made of high-strength steel, and the aluminum forms are tightly held together by a threaded connection. The double pipe steel back is attached for reinforcement, and the overall stability is good. During the installation process
Aluminum Formwork Super High-Rise Screw System
Aluminum formwork super high-rise screw system is an advanced formwork support system widely used in the construction of super tall buildings. The system is mainly composed of a high-strength screw and a matching nut, a backing plate and other components. It has many significant advantages: In terms of structural stability, it can provide reliable support for the concrete pouring of super tall buildings, ensure the stability of the formwork system during the construction process
The Aluminum Formwork Pull System
The Aluminum Formwork pull system is a more advanced connection method. It is mainly composed of a pull piece and a connecting piece, and the adjacent aluminum template is fixed together through the pull knot action of the pull piece. Compared with the screw system, the installation and disassembly of the drawing system is faster and more convenient, which greatly improves the construction efficiency.
Aluminum For Molds can adapt to the construction needs of special shapes such as irregular and curved surfaces, offering greater design flexibility. This enables the creation of unique and innovative structures that may not be feasible with traditional templates. Aluminum For Molds meets the design requirements of various special structures of buildings, expanding the possibilities of architectural design.
Wall Formwork is a crucial component within the aluminum formwork system, specifically designed for concrete wall pouring construction, ensuring the geometric shape, dimensional accuracy, and surface smoothness of the walls. Below is a detailed introduction to wall formwork:
The demountable aluminum formwork system, leveraging its modular, standardized, and easily disassemblable attributes, not only substantially enhances efficiency and convenience in building construction but also demonstrates significant specialized advantages in design optimization, quality control, cost management, safety, and environmental protection. It powerfully drives the industrialization, refinement, and greening of the construction sector.
Lower Cost High Efficiency Aluminium Formwork
The production according to a unified standard ensures consistent quality and performance across multiple templates. The increased interchangeability and universality of Lower Cost High Efficiency Aluminium Formwork allow for easier integration into different projects. This standardization leads to greater efficiency in the production process and easier quality control.
Wall Slab Column Formwork System
Wall Slab Column Formwork System constitutes a pivotal constituent within the aluminum formwork system, tailored explicitly for the construction of concrete walls, guaranteeing their geometric integrity, dimensional precision, and surface evenness.
Aluminium stair formwork refer to the precast formwork system made of aluminum alloy materials to pour concrete stairs in building construction. This construction method has the characteristics of high efficiency, accuracy, environmental protection and reusable, especially suitable for high-rise residential buildings, commercial buildings and other projects with high construction speed and engineering quality requirements.
Wall formwork is a type of formwork used to construct walls in numerous types of construction applications. Wall formwork can be made of timber, steel, aluminum, or other materials. Steel and aluminum wall formwork are typically prefabricated to particular specifications and can be re-used several times after their first use.wall formwork is often modular and comes in various shapes, sizes, designs, and configurations. Wall formwork is frequently engineered according to factors like desired concrete finish. It can be used for small-scale residential projects to large-scale heavy civil projects and for everything in between.
Benefits of Wall Formwork
Safety for the Workers
Safety for the construction workers is the biggest concern at every construction site. The builders arrange various safety gear to follow the safety protocols neatly. However, accidents can still happen, and such accidents often snatch lives. Using the wall formwork ensures safety for the construction workers. The formwork gives a perfect platform for the workers to work safely. Moreover, the formwork ensures structural safety through customised solutions. As a result, the workers can perform their tasks without worrying about safety issues.
Quicker Construction Process
Nowadays, concrete construction projects come with strict deadlines. The contractor cannot violate the labor policy to complete the work in time. Therefore, the only viable solution is to adopt various advanced technologies to improve construction speed. Using wall formwork for concrete construction can improve the speed of construction to a large extent. Since it improves the speed, it makes construction cost-effective for the builders or contractors. For example, most developers use cutting-edge formwork technologies for developing concrete walls and structures. When the builder uses advanced technologies, the project completion rate and speed improve.
Avoid Defective Concrete Finishing
Repairing defective concrete finishing is expensive, and you can reduce the expense by investing in high-quality concrete formwork. Using the formwork lowers the chance of any defects in the construction. As a result, it helps builders to avoid the additional expenses of repairing those defective areas.Moreover, zero defects ensure a hassle-free concrete finish. Such concrete structures stay stable for a long time. You can use the concrete column formwork to improve the strength and longevity of the concrete formwork.
Wooden Wall Formwork
Wooden formwork for wall walls are temporary wooden structures that maintain the shape of the walls during the pouring of concrete, ensuring the strength and shape of the vertical walls.
Metal Post Formwork
This type of formwork is specifically designed for the creation of concrete posts. It consists of a metal structure which is assembled around the post to hold the concrete in place while it hardens, thus ensuring the strength and shape of the post.
Metal Wall Formwork
Wall formwork is used to create high concrete walls, often called "wall" walls. These forms are assembled to create a temporary structure that holds the concrete in place while it cures, allowing the formation of sturdy, vertical walls.
Universal formwork
Exclusively in Tunisia, EGB offers a universal modular formwork system, including wooden beams, steel wales and plywood in direct contact with the concrete. All vertical structures, such as walls, pillars, abutments or posts, benefit from optimal performance and impeccable finishes thanks to the universal formwork system for walls and posts. Each panel is tailor-made to precisely meet the specific requirements of the project, ensuring perfect adaptation to all configurations and geometries required in the field of building or civil engineering.
Modular Design
Wall panel formwork employs a modular design concept, dividing walls on the architectural drawings into standard or custom-sized unit templates for rapid on-site assembly and disassembly, enhancing construction efficiency.
Precise Positioning
Templates feature pre-set positioning holes, recesses for embedded items, etc., facilitating precise installation of electrical and plumbing conduits, window and door openings, ensuring accurate placement of internal fixtures.
Adaptive Design
For different wall structures (e.g., straight walls, corners, lintels over doors and windows, bay windows, etc.) and finishing requirements (e.g., dry-hung stone cladding, tile adhesion, etc.), specialized shaped templates and complementary components are provided to ensure adaptability and flexibility during construction.
Components of Wall Formwork
Panels
The panel surfaces directly in contact with the concrete, custom-made according to the wall design dimensions, usually consist of flat rectangular boards with finely machined edges to ensure tight seals and wall surface flatness at joint areas.
Backbones
Located on the backside of the panels, these provide lateral and longitudinal support, ensuring the formwork maintains a stable plane and rigidity during concrete pouring. Backbones typically employ I-beam, channel, or other reinforced aluminum profiles, rigidly connected to the panels via dedicated connectors like pins, bolts, etc.
Connecting Elements
Including pins, bolts, pegs, corner aluminum profiles, etc., these fixtures secure the panels to the backbones and join adjacent panels together. Connector designs must facilitate easy and rapid installation of the formwork while ensuring panel-to-panel seals and overall stability.
Reinforcement Components
Such as tie rods, tensioning screws, braces, etc., these resist lateral pressures during concrete pouring, preventing formwork distortion. Tie rods penetrate through both sides of the wall panels, secured by special washers and nuts, forming an effective tensioning system.
Which Type of Material to Use
Several materials can be used to build concrete formwork. Two of the most common are steel and aluminum. Steel is generally more affordable and provides the strength you'll need for certain types of construction projects, but it's heavier and bulkier. On the other hand, aluminum is lighter and can be more versatile though it's typically more expensive.
Scale of the Project
The scale should also be factored into the equation. The size and complexity of the construction project will determine many aspects, such as which type of formwork will work best. It'll also affect the overall cost of the formwork development and other factors.
Strength
Strength is also an essential consideration. Formwork needs to be strong enough to bear the burden of wet concrete as well as the weight of the concrete once it dries. It should also be able to withstand any additional structural components that may be required while holding up to the strain your workers, machinery, and other forces might place upon it.
Cost
Cost is a major concern with all projects as well as each element that goes into the project. Formwork is no different. It'll impact the cost of the project in terms of the materials and labor that go into making the formwork itself. Additionally, it could lead to extra expenses if it's not built correctly and designed per your unique specifications. If the formwork is heavy and difficult to handle, you may face additional expenses from having to rent the appropriate equipment to handle it as well.
Texture and Surface Appearance
Different formwork materials have varying textures. As such, they can affect the surface of the finished concrete. If you need a smooth surface, be sure to choose the right formwork materials to create that finish. In the event the surface will be covered with other materials, the textures and impacts of the formwork may not pose problems.
Ease of Use
No matter what type of project you're working on, it's important to have formwork that's easy for your team to handle, put into place, and remove. This will help keep your project on track and on budget. Formwork that's difficult to manage can lead to costly delays, unexpected expenses, and other problems.
Joint Sturdiness
Joint sturdiness is critical in formwork from a few angles. For one, the sturdiness of the joints will affect the overall strength of the formwork. Secondly, if the joints aren't strong and secure, you could end up with a great deal of wasted product and a disappointing finished product.
Safety
Formwork should contribute to the safety of your construction site rather than detract from it. The materials the formwork is made of, its strength, the sturdiness of its joints, and its ease of use will all affect this aspect. Strong materials that are put together well, appropriate for the job at hand, and easier to work will go a long way toward fostering safety on the job site.
Material for Wall Formwork
Wall formwork is an ideal choice for different types of vertical applications such as retaining walls, water tanks, lift wall rafts, shear walls, etc. Numerous materials used for formwork include steel, aluminium, fabric, plastics, etc. Out of these choices, plastic fabricated formworks are quite popular. And, the reason behind the popularity of plastic formworks is that they are lightweight as well as easy to handle. They offer resistance against water and are durable for longer periods.
The best thing about these formworks is that they make the ideal choice for ideal choice for complex-shaped structures. If you wish to get plastic wall formwork, Nova Formworks is the best place. We provide wall formwork in a variety of panel sizes that helps in making the supportive verticals as well as walls.
How to Maintain Wall Formwork
This is one of the most important ways to maintain your concrete formwork. It's especially important after each use, but, as mentioned, it's good to inspect your forms before use for any buildup that may have been previously overlooked. Using water or abrasive blasts is generally the best way to get rid of residue. Rotary brushes or scrapers are also useful in some circumstances.
After buildup has been removed, apply another layer of release agent using a brush or sprayer to the face of the formwork that will be exposed to concrete during the form's next use.
Make sure it's adequately oiled up before it goes into storage if you know it's not going to be in use for a month or longer.
Avoid leaving steel or aluminum forms outside in uncovered areas. Excessive heat may warp forms, and excessive moisture may cause them to be subjected to corrosion. If you don't have a covered place to store them safely, you should cover them with a tarp that is waterproof and large enough to adequately shield them from the elements.
For engineered forms, passive release agents are often the better option. They will leave less dust on the forms. Passive agents usually contain paraffin, diesel oil, or motor oil. Active release agents, on the other hand, use fatty acids like vegetable oils to create a chemical reaction with concrete to make it easier to remove from formwork once the concrete sets. If you end up using a diesel-based passive agent, make sure not to apply too much, causing the oil to bead up.
Our Factory
After nearly 20 years of operation and development, China tianqu group has become a large group enterprise integrating real estate, aluminum profiles, aluminum templates, doors and Windows, curtain walls, new energy, trade city, five-star hotels, etc., with more than 10 subsidiaries under its jurisdictionTianqu aluminum mold business covers aluminum mold research and development, design, production, sales, leasing, installation guidance and old plate renovation. At present, zaozhuang city in shandong province has a factory (covers an area of 150 mu, with an annual capacity of 300,000 square meters), zaozhuang city two factory (covers an area of 200 mu, with an annual capacity of 400,000 square meters), Qingdao factory (covers an area of 150 mu, with an annual capacity of 300,000 square meters, mainly radiation around Qingdao and overseas projects) three production bases.
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