High-strength alloy steel formwork

High-strength alloy steel formwork is a revolutionary new building formwork. It ismade of high-strength alloy steel, integrally formed, laser-automatically welded, and can be reused 300 times. Its cost is only one-third of that of aluminum alloy formwork, and it can be perfectly connected with the aluminum alloy formwork system, which can completely replace aluminum alloy formwork, shorten the construction period, and greatly reduce the construction cost. High-strength alloy steel formwork is an environmentally friendly building formwork.

Based on the various technical application systems developed by high-strength alloy steel formwork, it can be applied to various building scenes such as standard-layer buildings, non-standard-layer buildings such as basements, and pipe galleries.

Product Advantages

1. Convenient construction: The high-strength alloy steel formwork has a streamlined design and is quick to disassemble and assemble, which can greatly improve construction efficiency. The product system is divided into tie rod type and flat tie type, which are suitable for different construction needs.

2. High cost performance: This product is made of Q700 high-strength steel, which has excellent compression, tensile and bending properties, is stable and does not deform, and can be turned over more than 300 times. The price is only one-third of that of aluminum alloy formwork, significantly reducing construction costs.

3. Excellent construction effect: The high-strength alloy steel formwork board has a flat surface, tight seams, excellent seismic resistance, waterproof, anti-deformation, anti-slurry leakage properties, and easy demoulding. The steel has strong corrosion resistance and the unique spraying process makes the finished product beautiful and durable, which significantly improves the quality of the project.

4. Accelerate the construction progress: configure one set of formwork and three sets of supports, implement early formwork removal construction technology (each layer can reduce the construction period by 1-2 days), save formwork materials, increase the number of formwork turnovers, and speed up the construction progress. And by reserving holes to manually deliver the formwork and supports layer by layer, the labor intensity is reduced, and the cost of assembling and dismantling the formwork and transportation costs are reduced.