Steel Frame Formwork with Adustable Clamp
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 m²
- Supply Capability:
- 100000000 m²/month
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1. Structure of Steel Frame Formwork GK120
There is a prizing part designed in the corner, which can help to position and remove formwork easily.
The plywood is screwed on from the back when connecting frame and plywood, so the surface of the finished concrete is perfect.
The formwork series are a complete system with a full set of accessories, and can be set up flexibly according to project demand.
2. Main Features of Steel Frame Formwork GK120
Light weight
High strength
High standardized system
Easy connection with adjustable steel clamp
Convenient and fast corner formwork
Flexible to assemble and application
3. Steel Frame Formwork GK120 Images
4. Steel Frame Formwork GK120 Specification
-The steel frame formwork is plywood covered with hollow steel. The plywood is 18 mm thick.
-The frame is highly strengthened, and the wall formwork can bear lateral pressure 60 KN/m2 while the column formwork can bear 80 KN/m2.
-As a standardized system, it is flexible to assemble , wood batten can be filled to satisfy the need f of non-standard size.
-The adjustable steel clamp is convenient to use, and can hold tightly.
-There is a prizing part designed in the corner, which can help to position and remove formwork easily.
-The plywood is screwed on from the back when connecting frame and plywood, so the surface of the finished concrete is perfect.
-The formwork series are a complete system with a full set of accessories, and can be set up flexibly according to project demand.
5. FAQ of Steel Frame Formwork GK120
1) What can we do for you?
.We can ensure the quality of the vinyl banner and avoid extra expenses for customers.
.We can provide you the professional design team.
.We can provide fashionable and newest styles for you.
.We can design the artwork for you.
. Please feel free to customize.
2) What promises can be done by us?
. If interested in Steel Frame Formwork GK120, please feel free to write us for any QUOTE.
. If printing required, please advise asap because the whole set need much more time to complete.
. Please DO check goods when courier knocks your door and contact us asap if any issue.
3) What about of our after-sale service?
. Response will be carried out in 24hours after receiving any complain or request.
. Steel Frame Formwork GK120 cost can be refund after order is confirmed.
. If the products are not based on the requirements, there will be the relevant compensations made for you.
4) What about the package and shipping time?
.Packing: As Customer's Requirements
.Shipping: We have various shipping ways for our customers, such as express which including TNT, DHL, FEDEX, UPS, EMS, etc. ; by air/ sea, and we are VIP of these express.
.Shipping time:
Normally small orders, it just 10-15 business days to arrive your hand; When comes to the customs declaration, it may need 7 days.
Other mass qty of Steel Frame Formwork GK120, we send them out by sea or by air to sea port or air port to save some shipping freight for our customers. By ocean, it may need 45~60days, by air, it may need 25~40days.
- Q: Does steel frame formwork require any specific concrete pouring techniques?
- Concrete pouring techniques must be specific when using steel frame formwork. The purpose of the steel frame formwork system is to provide support and structure while the concrete is poured and cured. To begin, it is crucial to align and secure the formwork properly before pouring the concrete. This precaution prevents any leakage or distortion during the pouring process. It is also important to check for any gaps or spaces in the formwork that may cause the concrete to seep through. Next, careful planning of the concrete pouring technique is necessary to ensure that the concrete is uniformly distributed and consolidated within the formwork. This can be achieved by using appropriate pouring methods, such as the continuous pour, where the concrete is poured continuously in one operation, or the layer-by-layer pour, where the concrete is poured in multiple layers and compacted in between. In addition, it is essential to use appropriate vibration techniques to eliminate air pockets and ensure proper compaction of the concrete. Vibrators can be used, either manually or mechanically, depending on the size and complexity of the formwork. Furthermore, proper curing techniques should be employed to facilitate the hardening and strength development of the concrete. This may involve covering the formwork with a curing membrane or applying a curing compound to maintain moisture and temperature levels. In conclusion, specific concrete pouring techniques are necessary when using steel frame formwork to guarantee the structural integrity and quality of the final concrete structure. Proper alignment, uniform pouring, compaction, and curing techniques are vital for achieving the desired results.
- Q: How does steel frame formwork differ from traditional formwork systems?
- Steel frame formwork differs from traditional formwork systems in several ways. Firstly, steel frame formwork is made up of steel panels that are connected together to create a sturdy and durable structure. This makes it ideal for use in high-rise buildings or structures that require a large amount of concrete to be poured. Traditional formwork systems, on the other hand, are typically made from timber or plywood, which may not be as strong or durable as steel. Additionally, steel frame formwork is designed to be reusable. Once a concrete pour is complete, the formwork panels can be easily dismantled and reassembled for use on another project. Traditional formwork systems, on the other hand, are often single-use and need to be discarded after each project, resulting in additional costs for materials and waste disposal. Furthermore, steel frame formwork allows for greater flexibility in design. The steel panels can be easily adjusted and customized to fit different shapes and sizes, making it suitable for a wide range of construction projects. Traditional formwork systems, on the other hand, are often limited in terms of design flexibility and may require additional time and effort to create complex shapes or structures. In terms of efficiency, steel frame formwork offers several advantages. The steel panels can be quickly and easily assembled, reducing the construction time and labor required. Additionally, the smooth surface of the steel panels helps to achieve a high-quality finish on the concrete, eliminating the need for additional finishing processes. Overall, steel frame formwork is a more modern and efficient alternative to traditional formwork systems. Its strength, reusability, flexibility, and efficiency make it a preferred choice for many construction projects.
- Q: Are there any limitations to the shape or design of structures that can be constructed using steel frame formwork?
- Steel frame formwork does have limitations in terms of shape and design of structures that can be built. It is a widely used and versatile construction technique, but certain considerations must be made during the design phase. One limitation is the difficulty in constructing curved or irregular shapes. Steel frame formwork works best for structures with straight lines and right angles. Building complex curved or irregular shapes can be challenging and may require customization and additional fabrication. Another limitation is the size and weight of the structure. Steel frame formwork can handle large and tall structures, but there are practical limits to the achievable size and weight. The weight of the formwork and the concrete being poured can strain the steel frames and supports, necessitating careful engineering to maintain structural integrity. Additionally, the height and depth of the structure can be limiting factors. Steel frame formwork systems are typically modular and adjustable, but there are practical limits to the attainable height and depth. Beyond a certain point, additional support systems may be necessary for stability and safety. Lastly, the aesthetic design of the structure may be constrained by the use of steel frame formwork. While finishes and cladding materials can be applied to the formwork, the exposed areas will still have a distinct steel frame appearance. This may not be suitable for certain architectural designs that require a different aesthetic. In conclusion, steel frame formwork is a versatile construction technique, but it does have limitations in terms of shape, size and weight, height and depth, and aesthetic design. These limitations should be carefully considered during the design phase to ensure the practicality and feasibility of using steel frame formwork for a specific structure.
- Q: Can steel frame formwork be used for post-tensioned slabs or beams?
- Yes, steel frame formwork can be used for post-tensioned slabs or beams. Steel frame formwork is a versatile and durable system that can accommodate various construction techniques, including post-tensioning. The steel frame provides the necessary strength and stability to support the post-tensioning process, which involves tensioning steel cables or rods within the concrete structure to increase its load-bearing capacity. When using steel frame formwork for post-tensioned slabs or beams, it is important to ensure proper design and construction techniques are followed. The formwork system should be able to withstand the additional forces exerted during the post-tensioning process, such as the tensioning forces and anchorages. The formwork should also allow for the proper placement and alignment of the post-tensioning elements, such as ducts or sleeves, that will house the tensioning cables or rods. Additionally, the steel frame formwork should be designed to accommodate the necessary access points for the installation and stressing of the post-tensioning system. This may involve incorporating removable panels or openings in the formwork to allow for the insertion and tensioning of the post-tensioning elements. Overall, steel frame formwork can be effectively used for post-tensioned slabs or beams, provided that the design and construction considerations specific to post-tensioning are taken into account. This ensures the successful integration of the post-tensioning system with the formwork, resulting in a structurally sound and efficient concrete structure.
- Q: Does steel frame formwork require any additional reinforcement?
- Yes, steel frame formwork typically does not require any additional reinforcement as it is already designed to be strong and durable enough to withstand the concrete pressure during the pouring and setting process. The steel framework provides ample support and stability to hold the concrete in place until it solidifies.
- Q: How does steel frame formwork prevent the formation of cold joints in the concrete?
- Steel frame formwork prevents the formation of cold joints in concrete by providing a continuous and rigid structure for pouring and curing the concrete. The steel frame holds the formwork securely in place, ensuring that there are no gaps or misalignments that could lead to the formation of cold joints. Additionally, the steel frame allows for precise control of the pouring process, preventing any interruptions or delays that could result in cold joints. Overall, steel frame formwork helps to maintain a consistent and uninterrupted flow of concrete, thereby preventing the formation of cold joints.
- Q: Can steel frame formwork be used in underground construction projects?
- Yes, steel frame formwork can be used in underground construction projects. Its strength and durability make it suitable for withstanding the pressures and demands of underground environments. Additionally, steel frame formwork can be easily customized to fit the specific requirements of each project, making it an efficient and reliable choice for underground construction.
- Q: What are the different types of formwork connections used with steel frame formwork?
- Steel frame formwork can be used with several different types of connections to securely join the formwork panels together during the concrete pouring process. Some commonly used connections include the following: 1. Wedge connections: Steel wedges are inserted into pre-drilled holes in the formwork panels and tightened to hold the panels securely. 2. Bolted connections: Bolts, nuts, and washers are used to join the formwork panels. Holes are drilled in the panels and bolts are inserted through them, with nuts and washers tightened to secure the panels. 3. Pin and wedges connections: Steel pins are inserted into holes in the formwork panels, and wedges are driven into slots on the pins to hold the panels together. 4. Clamping connections: Clamps or clamping devices are used to join the formwork panels. These clamps are tightened around the panels, applying pressure for a secure connection. 5. Magnetic connections: Magnets embedded within the formwork panels create a strong bond between them, eliminating the need for additional connectors. 6. Hook and loop connections: Straps with hook and loop fasteners are used to join the formwork panels. These straps are wrapped around the panels, providing a secure connection. The choice of formwork connection depends on factors such as project requirements, the formwork system being used, and the desired level of ease and speed of assembly. Each type of connection has its own advantages and disadvantages.
- Q: How does steel frame formwork handle the placement of reinforcement couplers and splices within the concrete structure?
- When it comes to handling the placement of reinforcement couplers and splices within concrete structures, steel frame formwork proves to be a versatile and efficient method. It offers numerous benefits in this regard. To begin with, the flexibility of steel frame formwork allows for easy accommodation and adjustment of reinforcement couplers and splices. The formwork system comprises modular panels that can be readily configured to meet the specific requirements of the reinforcement layout. This ensures precise placement of the couplers and splices within the concrete structure. Moreover, steel frame formwork provides ample space and accessibility for the installation of these components. The design of the formwork panels allows for clear access to the reinforcement bars, enabling workers to easily install the couplers and splices at the designated positions. This accessibility is crucial in integrating the reinforcement system effectively into the concrete structure, thereby enhancing its strength and durability. Additionally, steel frame formwork offers stability and support during the pouring and curing process. The rigid steel frame serves as a solid foundation for securing the reinforcement bars, preventing any movement or displacement that could compromise the integrity of the structure. This stability ensures that the couplers and splices remain in their intended positions, resulting in a structurally sound and reliable concrete structure. Furthermore, steel frame formwork facilitates efficient and streamlined construction processes for placing reinforcement couplers and splices. The modular nature of the formwork system allows for quick assembly and disassembly, reducing construction time and labor costs. This efficiency leads to a smoother workflow, enabling faster installation of the reinforcement system and overall project completion. In conclusion, steel frame formwork is an ideal choice for handling the placement of reinforcement couplers and splices in concrete structures. Its flexibility, accessibility, stability, and efficiency contribute to the proper integration and positioning of these vital components. By utilizing steel frame formwork, construction projects can benefit from enhanced structural strength, durability, and overall quality.
- Q: How does steel frame formwork contribute to better formwork stability in high wind conditions?
- In high wind conditions, the use of steel frame formwork improves formwork stability. This is achieved through the provision of a strong and rigid structure capable of withstanding the forces exerted by strong winds. The steel frames are specifically designed to be robust and durable, preventing any deformation or collapse under the pressure of high winds. One major advantage of steel frame formwork is its ability to resist lateral forces. By connecting the steel frames using bolts and braces, a solid and stable structure is created. This structure can effectively withstand the lateral load of the wind, preventing any movement or shifting of the formwork. Consequently, the concrete being poured remains in place, avoiding any leaks or spills. In addition, steel frame formwork is designed with a low surface area to reduce wind resistance and minimize the impact of wind loads. The streamlined design allows the wind to easily pass through the formwork, reducing the pressure exerted on the structure. This design feature helps to maintain formwork stability and minimize the risk of damage caused by high winds. Furthermore, steel is a strong and durable material that can withstand the impact of wind forces without compromising its structural integrity. Unlike wood or plastic, steel is less prone to warping, bending, or breaking under the pressure of high winds. This ensures that the formwork remains stable and secure, even in challenging wind conditions. Overall, steel frame formwork offers a reliable and robust solution for maintaining formwork stability in high wind conditions. Its strength, rigidity, and low wind resistance enable it to withstand the forces exerted by strong winds, ensuring that the formwork remains in place and the concrete pouring process proceeds without any issues.
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Steel Frame Formwork with Adustable Clamp
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 m²
- Supply Capability:
- 100000000 m²/month
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
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