Single-side bracket refers to a formwork system for concrete casting of single-side walls, characterized by universal components, simplified construction, and rapid operation. The absence of wall-through tie rods ensures complete water-proof integrity of cast walls. This system is extensively applied to basement exterior walls, sewage treatment plants, subway structures, and road & bridge slope protection.
Given constrained construction sites and evolving slope protection technology, single-side bracket adoption for basement walls is increasingly prevalent. Without wall-through tie rods to counteract concrete lateral pressure, conventional solutions present significant operational challenges. Multiple engineering projects have implemented various reinforcement methods, yet formwork deformation or breaking persists intermittently.
Our company-designed single-side bracket specifically addresses on-site demands by resolving formwork reinforcement issues. Featuring rational design, it delivers construction convenience, operational simplicity, accelerated speed, optimized load distribution, and labor efficiency. The system achieves a maximum single-cast height of 7.5m and comprises three core components: single-side bracket, formwork, and anchor system.
Truss Type |
Composite-type single-sided bracket is to be formed by standard frame and heighten frames as per project need for different heights , being up to 7.5m in one time casting, stand frame H=3.6m, heighten frame H=0.5m/1.6m/3.2m. |
Diagonal Brace Type |
Compared with the composite type, the diagonal-brace-type single-side bracket has the advantages of simple structure, convenient disassembly and assembly, convenient storage and transportation. |
Adaptable Component System:
Versatile components enable flexible configurations across diverse projects without extensive customization.
Integral Waterproofing:
Absence of wall-through tie rods ensures monolithic waterproof finishes, eliminating water penetration risks.
Efficient Construction Workflow:
Simplified setup/removal processes significantly reduce labor time and accelerate project progression.
Enhanced Structural Performance:
Robust load-bearing capacity maintains system integrity during concrete placement under high loads.
Optimized Labor Utilization:
Streamlined operations minimize formwork handling labor, improving cost-efficiency and productivity.
High-Capacity Casting Capability:
7.5-meter single-pour height accommodates varied structural applications.
