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Outer Conner Form Related Products

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Flat steel concrete formwork

CodeLength(mm)Width(mm)Height(mm)Thickness(mm)Surface treatWeight(kg)
FF1800-6001800600503painted40.98
FF1800-4501800450503painted31.26
FF1800-3001800300503painted21.55
FF1800-2001800200503painted14.37
FF1500-6001500600503painted34.27
FF1500-4501500450503painted26.14
FF1500-3001500300503painted18.02
FF1500-2001500200503painted12.01
FF1200-6001200600503painted27.55
FF1200-4501200450503painted21.02
FF1200-3001200300503painted14.48
FF1200-2001200200503painted9.66

Corner Angle concrete Formwork

CodeLength(mm)Flange height(mm)Thickness(mm)Surface treatWeight(kg)
FC1800180050*503painted4.45
FC1500150050*503painted3.71
FC1200120050*503painted2.9 7

 

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FAQ

What are the key factors to consider when selecting formwork for a project?

When selecting formwork, important factors include load-bearing capacity, durability, ease of assembly and dismantling, reusability, and compatibility with the concrete mix and desired surface finish.

2. How does formwork design impact construction efficiency?

Well-designed formwork systems can streamline construction processes by minimizing labor, reducing material waste, and allowing for faster assembly and disassembly.

3. What are the advantages of using steel formwork systems over traditional timber formwork?

Steel formwork systems offer higher strength, greater flexibility, and enhanced durability compared to timber formwork, allowing for more complex and efficient construction methods.

4. How can formwork contribute to sustainable construction practices?

Reusable formwork systems reduce material waste and environmental impact associated with construction projects. Additionally, formwork design can optimize concrete usage and improve energy efficiency.

5. What are the safety measures to prevent formwork failures during concrete pouring?

Safety measures include proper bracing and support systems, regular inspections, adherence to load capacities, and compliance with industry standards and regulations.

6. Can formwork be used for architectural concrete finishes?

Yes, formwork plays a critical role in achieving desired architectural concrete finishes, such as exposed aggregate, textured surfaces, or decorative patterns. Careful formwork selection and preparation are essential for achieving these aesthetics.

7. What are the challenges associated with reusable plastic formwork systems?

Challenges include initial investment costs, compatibility with various concrete mixes, and durability over multiple uses. Proper maintenance and handling are crucial for maximizing the lifespan of plastic formwork.

8.How does The Formwork System Meet The Load-Bearing And Height Requirements?

The welds of each template are at a right angle of 90 degrees to obtain maximum strength while maintaining the thickness of the entire plane without adding extra weight.

9.What is The Application Scope Of The Formwork System?

The Formwork System provide vertical strength and a foundation to which additional support products can be added. It also provides compatibility with other products, making it versatile and cost-effective to use. They can be used for building walls, bridges, sewers, etc.

10.How To Ensure The Safety Of Workers Using Formwork System?

Do well in the training knowledge of the workers, and do not move the Formwork System by yourself when using the Acrow formworks by multiple people. Regularly check the lie of the Formwork System

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