WPC Plyform steel frame with plywood reusable for concrete forming

WPC Plyform steel frame with plywood reusable for concrete forming System 1

WPC Plyform steel frame with plywood reusable for concrete forming System 2

WPC Plyform steel frame with plywood reusable for concrete forming

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 3000 m²

Supply Capability:: 60000 m²/month

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What's ?

Plywood coated with Plastic, on face/back/edge.

Plastic is PP ( Polypropylene) 0.3mm /0.5mm , finish is glossy , shiny , anti-slip (wire-mesh) .

PP is super in waterproof,durable, and easy dismantle from concrete, which let the products repeatable .

Plywood is made of poplar A grade, phenolic WBP glue, 2 time hotpress, both side sanded, plastic , MC 8-14%, tolerance +/-0.2mm.

Size: 915x1830 mm (3x6) , 1220x2440mm (4x8) , 1250x2500mm ,1220x2745mm (4x9) , 1220x3050 mm (4x10).

Thickness: 12mm 15mm 18mm 21mm

Application :

for concrete forming of walls, slabs, beams & columns

Installation

as easy as film faced plywood, but no need release agent

Dismantling

Handle carefully without violent damage and scratch to ensure more usage in good condition

Cleaning

Just clean by water

Maintenance & Storage

No oil treatment, place the panel flat, away from direct sunlight and water.

Why us?

1） repeatable more than 30 times, if in formwork system, can repeat 100 times.

2） core poplar /hardwood ，phenolic WBP glue. Bending strength 51 Mpa, Modulus of Elasticity 5600 Mpa. VERY STRONG than WPC..

3) face/back, plastic ( polypropylene 0.3mm), glossy/wiremesh/matt. no chlorine.

4) edge sealed by plastic tape.

5) nice concrete finish

6) easy clean,by water, wearable and resistant chemical.

7) holes can be filled by our plastic nails.

8) plastic PP can be recycle, environmental sound.

Hope to get your feedback charles at scformwork dot com

Q: What are the key safety features of steel frame formwork?: Steel frame formwork offers several key safety features, including: 1. Enhanced Durability: Steel, being a robust and resilient material, can effectively support heavy loads and withstand external forces. This ensures the safety of both workers and the structure itself. 2. Unwavering Stability: The rigid structure of the steel frame formwork system provides excellent stability. It remains steadfast during the pouring of concrete, minimizing the risk of accidents caused by shifting or collapsing. 3. Effortless Assembly and Disassembly: The design of steel frame formwork allows for quick and easy installation and removal. Components can be effortlessly connected and disconnected, reducing on-site construction time and the likelihood of accidents. 4. Customizable Design: Many steel frame formwork systems feature adjustable elements, such as telescopic props and adjustable brackets. These allow for precise positioning and alignment, ensuring the formwork remains secure and stable. 5. Supplementary Safety Features: Steel frame formwork is often equipped with safety accessories like handrails, toe boards, and safety nets. These accessories provide additional protection, preventing falls and injuries to workers. 6. Fire-Resistant Properties: Steel is non-combustible, making steel frame formwork highly resistant to fire. This exceptional feature enhances overall construction site safety and minimizes the risk of fire-related accidents. 7. Exceptional Load-Bearing Capacity: Steel frame formwork is specifically designed to withstand heavy loads, ensuring the safety of workers and preventing structural failures. This is especially crucial in projects with significant load requirements or in high-rise constructions. 8. Seamless Compatibility with Other Safety Systems: Steel frame formwork can be easily integrated with other safety systems, such as scaffolding or fall protection equipment. This comprehensive safety setup reduces the risk of accidents and injuries on the construction site. In conclusion, the multitude of safety features offered by steel frame formwork makes it a dependable and secure choice for construction projects. Its durability, stability, easy assembly, customizable design, supplementary safety features, fire resistance, exceptional load-bearing capacity, and compatibility with other safety systems all contribute to creating a safe working environment for construction workers.

Q: How does steel frame formwork handle different types of formwork scaffolding?: A versatile and efficient system for handling various types of formwork scaffolding effectively is the steel frame formwork. This formwork system consists of robust steel panels that are interconnected to create a sturdy structure. These panels provide the necessary support and structure for the concrete during the casting process. Steel frame formwork can easily accommodate different types of formwork scaffolding. Whether it is traditional scaffolding, modular scaffolding, or any other type, the steel frame formwork can be easily integrated and secured to provide a stable and safe working platform. One of the main advantages of steel frame formwork is its adaptability. The steel panels can be easily adjusted and interconnected to meet the specific requirements of different formwork scaffolding systems. This flexibility allows for efficient and precise construction, as the formwork can be easily modified or reconfigured as needed. Furthermore, steel frame formwork offers excellent load-bearing capacity, ensuring the safety of workers and materials. The steel panels are designed to withstand heavy loads, making them suitable for supporting various scaffolding systems and providing a secure platform for workers to operate. Moreover, steel frame formwork is highly durable and long-lasting. The steel construction ensures that the formwork can withstand harsh weather conditions and repeated use without compromising its structural integrity. This durability makes it an ideal choice for different types of formwork scaffolding, as it can handle the wear and tear associated with scaffolding systems. In conclusion, steel frame formwork is a reliable and efficient solution for handling different types of formwork scaffolding. Its adaptability, load-bearing capacity, and durability make it an excellent choice for creating a safe and stable working platform for construction projects.

Q: How does steel frame formwork handle different types of concrete surface cleaning methods?: Steel frame formwork is a versatile and durable system used in the construction industry to support and shape concrete structures. When it comes to cleaning different types of concrete surfaces, steel frame formwork can handle various methods effectively. One common method used to clean concrete surfaces is pressure washing. Steel frame formwork is designed to withstand high-pressure water jets, making it suitable for this cleaning technique. The sturdy steel frames can withstand the force of the water without getting damaged or deformed. Additionally, the steel surface is resistant to water and can prevent any corrosion or rusting during the cleaning process. Another method for cleaning concrete surfaces is chemical cleaning. This involves using specialized cleaning agents to remove stains, dirt, or other contaminants. Steel frame formwork is compatible with most cleaning chemicals, as steel is resistant to most corrosive substances. However, it is essential to ensure that the cleaning agents used do not cause any damage to the steel frames or compromise their structural integrity. In some cases, mechanical cleaning methods such as scrubbing or sandblasting may be required to remove stubborn stains or coatings on concrete surfaces. Steel frame formwork can handle these methods as well. The robust steel frames can withstand the mechanical force exerted during scrubbing or sandblasting without being damaged. However, it is crucial to use appropriate techniques and tools to prevent any scratches or dents on the steel surface. In summary, steel frame formwork can handle different types of concrete surface cleaning methods effectively. Whether it is pressure washing, chemical cleaning, or mechanical cleaning, the strong and durable steel frames can withstand the forces and chemicals involved without getting damaged. However, it is essential to use proper techniques and cleaning agents that do not compromise the integrity of the steel frames or lead to any corrosion.

Q: Can steel frame formwork be used for both regular and irregular-shaped concrete structures?: Yes, steel frame formwork can be used for both regular and irregular-shaped concrete structures. Steel frame formwork is highly versatile and can be easily adjusted and customized to accommodate any shape or design requirement. The strength and rigidity of the steel frame provide adequate support and stability, ensuring the formwork can withstand the pressure exerted by the wet concrete during the pouring and curing process. This makes it suitable for constructing various types of concrete structures, including those with irregular shapes and complex geometries. Additionally, steel frame formwork allows for efficient and precise construction, enabling the realization of intricate designs and architectural features. Overall, steel frame formwork is a reliable and adaptable solution for both regular and irregular-shaped concrete structures.

Q: How is steel frame formwork disassembled?: To ensure the safety of workers and maintain the integrity of the structure, a systematic process is typically followed for the disassembly of steel frame formwork. The disassembly process consists of the following steps: 1. Before commencing disassembly, it is important to conduct a comprehensive inspection of the formwork to identify any potential issues or damages that could impede the disassembly process. This inspection will help determine the necessary tools and equipment required for disassembly. 2. The initial step in disassembling the steel frame formwork involves removing any loose concrete or debris from the structure. Hand tools such as hammers, chisels, and wire brushes can be utilized for this task. 3. Once the surface is cleared, the next step entails carefully removing the formwork panels. Typically, this is accomplished by unscrewing bolts or releasing clamps that secure the panels in place. It is crucial to adhere to the manufacturer's instructions and safety guidelines during panel removal to prevent any damage or accidents. 4. Following the removal of the panels, the vertical support beams or soldiers can be dismantled. Generally, this involves removing connecting pins or bolts that hold the beams together. The use of a crane or lifting equipment may be necessary to safely remove and transport the beams. 5. Next, the horizontal waling or girder beams can be disassembled. Similar to the vertical beams, the connecting pins or bolts are detached, and the beams are cautiously lifted and transported away from the construction site. 6. Lastly, the steel frame formwork accessories such as clamps, brackets, and connectors are detached. These accessories are typically disconnected by loosening bolts or screws that secure them in place. Throughout the disassembly process, it is imperative to prioritize worker safety by providing suitable personal protective equipment (PPE) and adhering to safety protocols. Additionally, care should be taken to prevent any harm to the formwork components as they may be reused for future projects.

Q: How does steel frame formwork affect the overall construction schedule?: Steel frame formwork can have a significant impact on the overall construction schedule. One of the main advantages of steel frame formwork is its ability to be assembled and disassembled quickly and easily. This means that the formwork can be set up and taken down faster than traditional formwork methods, such as timber or plywood. Consequently, this can help to reduce the overall construction time. Additionally, steel frame formwork provides a high level of accuracy and precision in the construction process. The rigid and sturdy nature of steel ensures that the formwork maintains its shape and position, resulting in consistent and accurate concrete structures. This eliminates the need for rework and adjustments, saving valuable time in the construction schedule. Furthermore, steel frame formwork is highly durable and can withstand the pressures and forces exerted during the concrete pouring process. This durability reduces the risk of formwork failure or damage, which could cause delays in construction. It also allows for multiple reuses of the formwork, further optimizing the construction schedule and reducing costs. Moreover, steel frame formwork is compatible with various construction techniques, such as precast and cast-in-place methods. This flexibility allows for seamless integration into different construction phases, saving time and ensuring a smooth construction process. In summary, steel frame formwork has a positive impact on the overall construction schedule due to its quick assembly and disassembly, accuracy, durability, and compatibility with different construction techniques. These benefits result in time savings, reduced rework, and improved efficiency, ultimately leading to a faster completion of the construction project.

Q: How does steel frame formwork contribute to better dimensional accuracy in concrete structures?: Steel frame formwork, which utilizes steel frames to hold formwork panels in place during concrete pouring, offers numerous benefits that directly improve dimensional accuracy in concrete structures. To begin with, the rigidity and stability provided by steel frame formwork guarantee that the formwork panels remain in position without any movement or deformation. This stability prevents any shifting or misalignment of the formwork during concrete pouring and curing, resulting in precise dimensions and accurate alignment of the concrete structure. Moreover, steel frame formwork allows for easy adjustment and customization. The steel frames can be easily modified or resized to accommodate various shapes, sizes, and complexities of concrete structures. This adaptability ensures that the formwork perfectly fits the desired dimensions and contours of the structure, enhancing dimensional accuracy. Additionally, steel frame formwork offers exceptional strength and durability. The use of steel frames provides a robust support system that can withstand the weight and pressure exerted by the poured concrete. This strength prevents any deformation or bending of the formwork, ensuring the concrete structure maintains its intended dimensions. Furthermore, steel frame formwork facilitates efficient and consistent concrete pouring. The formwork panels have smooth surfaces, allowing for easy and uniform distribution of the concrete. This controlled pouring process ensures even distribution, minimizing any inconsistencies or irregularities in the structure's dimensions. Lastly, steel frame formwork is cost-effective and reusable. The steel frames can be dismantled and used for multiple construction projects, reducing overall costs. Reusing the formwork also ensures that the achieved dimensions and accuracy from previous projects can be replicated, maintaining high levels of dimensional accuracy across different concrete structures. In conclusion, steel frame formwork significantly improves dimensional accuracy in concrete structures. Its stability, adjustability, strength, efficiency, and reusability all contribute to constructing a high-quality and accurately built final product.

Q: What are the different types of joints and connections used in steel frame formwork?: Steel frame formwork utilizes various types of joints and connections to ensure stability and strength. These connections play a critical role in the formwork system. 1. Wedge Connections: A widely used connection type in steel frame formwork involves inserting a wedge into a slot to secure components. Wedge connections are efficient and quick to assemble, making them suitable for construction projects. 2. Bolted Connections: This connection method involves using bolts and nuts to secure formwork components together. Bolted connections offer high strength and rigidity, making them ideal for heavy-duty applications. They also allow for easy disassembly and reassembly of the formwork system. 3. Pin Connections: Pin connections utilize pins or dowels to connect components, commonly used for aligning and joining formwork panels. These connections are quick to assemble and disassemble, making them perfect for temporary formwork systems. 4. Welded Connections: By fusing components using heat and pressure, welded connections provide excellent strength and durability. They are commonly employed in permanent formwork systems or where a high level of structural integrity is required. 5. Interlocking Connections: Interlocking connections rely on mechanisms such as tabs and slots to secure formwork components together. This type of connection ensures a tight fit and easy assembly, making it prevalent in modular formwork systems. 6. Clamped Connections: Clamped connections involve using clamps or brackets to secure components. This connection type allows for straightforward adjustment and alignment of formwork components. Clamped connections are commonly found in adjustable formwork systems. Selecting the appropriate joint and connection type is crucial, taking into account factors such as load-bearing capacity, ease of assembly, disassembly, and reusability. Proper installation and maintenance of these connections are vital to ensure the stability and safety of the steel frame formwork system.

Q: Steel frame wood fire doors can replace steel fire door: In our country, the fire door according to different materials, mainly wood fire doors and steel fire doors of two types, there are also fire doors steel wood fire doors and other material single use rarely, 99% of the market are wooden and steel fire door. As the name suggests, wood fire doors not only use wood as the frame material, but also fill with refractory material to make it a kind of flame retardant. The interior of the steel fire door is the same as that of the wooden fire door, but the door frame and the door leaf are made of steel plate.

Q: How does steel frame formwork address issues of concrete shrinkage and expansion?: Steel frame formwork is a construction technique that effectively addresses the issues of concrete shrinkage and expansion. Firstly, steel is known for its high tensile strength, which means it can withstand the forces exerted by concrete during the shrinkage and expansion process. This prevents any cracking or damage to the concrete structure. Additionally, steel frame formwork provides a rigid and stable framework for pouring concrete. This ensures that the concrete is evenly distributed and properly supported, minimizing the risk of uneven shrinkage or expansion. The steel frame also acts as a barrier, preventing the concrete from expanding beyond its intended dimensions. Moreover, steel frame formwork allows for the use of expansion joints. These joints are strategically placed in the formwork to accommodate the natural movements of the concrete caused by temperature changes and moisture variations. By incorporating these expansion joints, the steel frame formwork allows the concrete to shrink and expand without causing any structural issues or damage. Furthermore, steel frame formwork can be easily adjusted and modified to accommodate changes in concrete dimensions due to shrinkage or expansion. This flexibility allows for the necessary adjustments to be made during the construction process, ensuring a precise and accurate final product. In conclusion, steel frame formwork addresses the issues of concrete shrinkage and expansion by providing a strong and stable framework, incorporating expansion joints, and allowing for easy adjustments. This construction technique ensures that the concrete structure remains intact and free from any damage caused by these natural processes.

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