• Green Formwork-Table Style Early Stripping Formwork System System 1
  • Green Formwork-Table Style Early Stripping Formwork System System 2
  • Green Formwork-Table Style Early Stripping Formwork System System 3
  • Green Formwork-Table Style Early Stripping Formwork System System 4
Green Formwork-Table Style Early Stripping Formwork System

Green Formwork-Table Style Early Stripping Formwork System

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
500 m²
Supply Capability:
10000 m²/month

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The Table Style Early Stripping Formowrk shoring system® is a high octane, high performance engineered modular panel shoring system. The Formwork offers more erection, stripping and financial satisfaction than can ever be expected from conventional shoring systems. It begins with rigid panel construction that enhances handling. The prop with its integrated drop-head puts you in control and helps to ensure confident erection and ease of striking, while back-propping remains undisturbed. These advantages result in a high rate of production. The panel and prop with engineered automatic wind lock provide job safety with a rigid interlocking system that prevents tipping during erection even without bracing.


The system can do slab thickness max.350mm and floor height upto 4m. Enabled with early stripping mechanism, which will be around 100 sqm/per person per day for assembly by skilled workers and takes 48 hours only after concrete casting then remove the panels to the next floor(only props remain), very fast and efficient, a lot of time and labor saved; Also the panels are with strong plywood embedded with 30+ time uses, which is also economical. Time, labor and plywood saved! Table concret formwork, empower your projects!


Panel Size:


ITEMNO.TYPESPEC.
PANEL1MB18121.8X1.2м
2MB1891.8X0.9м
3MB1861.8X0.6м
4MB15121.5X1.2м
5MB1591.5X0.9м
6MB1561.5X0.6м
7MB12121.2X1.2м
8MB1291.2X0.9м
9MB1261.2X0.6м
10MB990.9X0.9м
11MB960.9X0.6м
12MB660.6X0.6м

 

Q:What safety measures need to be taken when using steel frame formwork?
When using steel frame formwork, several safety measures need to be taken. First and foremost, workers should ensure that the formwork is properly assembled, aligned, and secured before any concrete pouring begins. It is crucial to regularly inspect the formwork to identify any damages or defects that may compromise its stability. Adequate bracing and supports must be installed to prevent any collapse during the concrete pouring process. Additionally, workers should be trained on proper handling and lifting techniques to avoid any injuries while manipulating heavy steel frames. Lastly, personal protective equipment, such as helmets, safety glasses, and gloves, should be worn to minimize the risk of accidents or injuries on the construction site.
Q:How does steel frame formwork handle different types of architectural designs?
Steel frame formwork possesses remarkable versatility as a construction tool, effortlessly accommodating a wide array of architectural designs. The strength and flexibility of steel make it an ideal material for supporting and shaping intricate structures, allowing architects to transform their creative visions into tangible reality. One manner in which steel frame formwork adapts to diverse architectural designs is through its inherent adaptability. The steel frames can be effortlessly adjusted and reconfigured to suit varying shapes and sizes, facilitating the creation of distinctive and elaborate structures. Whether it entails curved walls, irregular shapes, or sloping surfaces, steel frame formwork can be tailor-made to meet the precise requirements of any design. Furthermore, steel frame formwork boasts exceptional load-bearing capacity, rendering it perfect for constructing expansive and towering structures. This strength empowers architects to explore innovative designs that necessitate substantial structural support. From towering skyscrapers to expansive bridges, steel frame formwork can readily accommodate the demands of diverse architectural designs while ensuring the safety and stability of the final construction. Moreover, steel frame formwork guarantees precision and accuracy throughout the construction process. The frames can be fabricated in a highly controlled environment, ensuring consistent quality and precise measurements. This precision plays a pivotal role in achieving the desired architectural design, as any discrepancies can significantly impact the overall aesthetics and functionality of the structure. In terms of durability, steel is renowned for its robustness and resilience against various environmental factors. Steel frame formwork can withstand harsh weather conditions, corrosion, and regular wear and tear, effectively ensuring the longevity of the structure. This durability renders it a dependable choice for architectural designs that prioritize both aesthetic appeal and long-term functionality. To conclude, steel frame formwork emerges as a versatile and dependable construction tool capable of accommodating a diverse range of architectural designs. Its adaptability, strength, precision, and durability empower architects to push the boundaries of creativity and construct unique and intricate structures. Whether it involves a contemporary skyscraper, a curvilinear building, or a traditional structure, steel frame formwork offers the necessary support and flexibility to transform architectural visions into tangible reality.
Q:How does steel frame formwork ensure accurate dimensions and alignment of concrete structures?
Steel frame formwork is a popular method used in construction to ensure accurate dimensions and alignment of concrete structures. It consists of a rigid steel frame that is designed and manufactured to the specific dimensions of the structure being built. One of the key ways steel frame formwork ensures accurate dimensions is through its precise fabrication process. The steel frame is manufactured to tight tolerances, ensuring that it is dimensionally accurate and consistent. This means that when the formwork is installed, it will provide a precise and uniform shape for the concrete to be poured into. Additionally, steel frame formwork is designed to be rigid and strong, which helps to maintain the alignment of the concrete structure. The frame is typically braced and supported in such a way that it resists any movement or deformation during the pouring and curing of the concrete. This prevents any shifting or misalignment of the formwork, which could result in inaccurate dimensions and compromised structural integrity. Furthermore, steel frame formwork often includes adjustable features that allow for fine-tuning and precise adjustments. For example, adjustable props or brackets can be used to ensure that the formwork is level and plumb, further enhancing the accuracy of the dimensions and alignment of the concrete structure. Overall, the use of steel frame formwork provides a reliable and effective method for achieving accurate dimensions and alignment in concrete structures. Its precise fabrication, rigidity, and adjustable features all contribute to ensuring that the final product meets the desired specifications and standards.
Q:Can steel frame formwork be used for both commercial and residential construction?
Yes, steel frame formwork can be used for both commercial and residential construction. It is a versatile and durable system that is capable of withstanding the demands of various construction projects, regardless of size or scale.
Q:Can steel frame formwork be used for precast concrete elements?
Yes, steel frame formwork can be used for precast concrete elements. Steel frame formwork offers high strength, durability, and versatility, making it suitable for creating different shapes and sizes of precast concrete elements. Additionally, steel frame formwork provides excellent support and stability during the casting process, ensuring the accurate formation of precast concrete elements.
Q:How does steel frame formwork contribute to the overall efficiency of concrete placement and compaction?
Steel frame formwork contributes to the overall efficiency of concrete placement and compaction by providing a strong and rigid structure that holds the formwork in place during the pouring and curing process. This ensures that the concrete is poured accurately and evenly, preventing any potential deformations or irregularities. Additionally, the steel frame formwork allows for easy and quick assembly and disassembly, reducing construction time and labor costs. Its durability and stability also enable efficient compaction and consolidation of the concrete, resulting in a high-quality and long-lasting finished product.
Q:Can steel frame formwork be used in areas with high wind loads?
Steel frame formwork is suitable for areas with high wind loads. This is because steel is a robust and long-lasting material capable of withstanding strong wind forces. The sturdy construction of steel frame formwork guarantees stability and protection against wind pressure. Nevertheless, it is crucial to anchor and brace the formwork correctly to the structure to avoid displacement or failure caused by wind loads. Furthermore, the formwork system's design and engineering must take into account the specific wind load requirements of the area to ensure its suitability and safety.
Q:Can steel frame formwork be used in areas with limited natural light?
Yes, steel frame formwork can be used in areas with limited natural light. Steel frame formwork is designed to provide support and structure during the construction process. It is not dependent on natural light for its functionality. Therefore, it can be used in areas with limited natural light by utilizing artificial lighting sources such as floodlights or construction site lighting to ensure proper visibility and safety during the construction process.
Q:How does steel frame formwork reduce the risk of concrete leakage or seepage?
Steel frame formwork reduces the risk of concrete leakage or seepage by providing a strong and reliable barrier for the concrete. The steel frames are designed to tightly hold the formwork panels together, creating a watertight enclosure for the poured concrete. This prevents any water or concrete mixture from escaping through the joints or gaps in the formwork. Additionally, steel frame formwork is often equipped with rubber or neoprene gaskets, which further enhance the waterproofing properties of the system. These gaskets are placed between the formwork panels and the steel frames, creating a tight seal that prevents any water or concrete from seeping through. Moreover, the steel frames used in formwork systems are highly rigid and sturdy, ensuring that the formwork remains stable and in place during the concrete pouring process. This stability eliminates the risk of any movement or displacement of the formwork, which could potentially cause leaks or seepage. Furthermore, steel frame formwork systems are designed with careful consideration of the joints and connections between the formwork panels. These joints are engineered to be precise and well-fitted, leaving minimal gaps between the panels. This tight fit, combined with the rigidity of the steel frames, minimizes the chances of concrete leakage or seepage through the formwork. Overall, steel frame formwork is highly effective in reducing the risk of concrete leakage or seepage due to its robust construction, tight seals, and precise joints. This ensures that the poured concrete remains contained within the formwork, resulting in a strong and durable structure.
Q:Can steel frame formwork be used for tunnel construction?
Yes, steel frame formwork can be used for tunnel construction. Steel frame formwork is a versatile and durable system that is commonly used in various types of construction projects, including tunnel construction. It provides a strong and stable framework for pouring concrete, ensuring the walls and ceilings of the tunnels are formed accurately and with high precision. Steel frame formwork can be easily assembled and disassembled, allowing for efficient and cost-effective construction of tunnels. Additionally, steel frame formwork is resistant to environmental conditions, such as moisture and temperature variations, making it suitable for use in underground environments.

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