Anti Corrosion Steel Frame Structure 100mm For Modern Concrete Pouring Projects

Steel wall formwork is a specialized modular system developed for modern concrete pouring projects, specifically designed for high-precision forming construction of vertical structures such as building shear walls and retaining walls. The product uses 8mm high-strength wear-resistant steel plates combined with H-beam reinforced frames and undergoes overall hot-dip galvanizing treatment to ensure excellent stability and durability in various construction environments.

Core Technical Parameters
Standard Panel Sizes: 1200×3000mm / 1500×3600mm

System Stiffness: Maximum deflection ≤ L/600 (L is the panel span)

Lateral Pressure Resistance: ≥ 100kN/m², suitable for C70 concrete pouring

Forming Accuracy: Wall surface flatness ≤ 1.5mm/2m

Service Life: Up to 800 cycles under normal construction conditions

Core Product Advantages
Intelligent Construction: Integrated hydraulic automatic alignment system, installation time per panel ≤ 2 minutes, work efficiency increased by 3 times

Millimeter-Level Precision: Manufactured using a five-axis CNC machining center, panel joint deviation ≤ 0.5mm

Exceptional Durability: Special anti-corrosion coating combined with galvanizing treatment, suitable for -40℃ to 150℃ environments

Safety and Intelligent Monitoring: Built-in distributed sensor network for real-time monitoring of pouring pressure and deformation data

Innovative Technical Features
Adaptive Adjustment Mechanism: Hydraulic synchronization system enables continuous height adjustment from 2.8 to 6.0m

Zero-Leakage Sealing System: Four-layer composite seal design ensures no leakage throughout the pouring process

Intelligent Temperature Control Module: Phase-change material insulation layer ensures concrete curing quality in low-temperature environments

Digital Twin Interface: Supports deep integration with BIM systems for fully digital construction management

Professional Application Areas
Core tubes of super high-rise buildings (compatible with hydraulic climbing formwork systems)

Protective walls of nuclear facilities

Seepage prevention walls for large hydraulic structures

Standardized construction of underground utility tunnels

Production lines for prefabricated components in modular buildings