- Shoring System
1.High-load-bearing steel components designed for slab, beam, and cantilever support
2.Adjustable height design to accommodate varying floor heights and site conditions
3.Stable base and head structures ensuring safe vertical load transfer
4.Compatible with aluminum formwork panels, beams, and slab systems
5.Surface-treated steel for durability and corrosion resistance on site
Engineered to safely support fresh concrete loads during pouring and curing.
Threaded or pin-adjustable design allows precise height control for different floor elevations.
Base plates, prop heads, and diagonal braces work together to prevent displacement and buckling.
Simple structure enables rapid installation, adjustment, and removal, reducing labor intensity.
|
Component |
Function |
Typical Specification |
Material |
Surface Treatment |
Weight |
|
Steel Prop |
Vertical load support & height adjustment |
2.0–3.5 m / Custom |
Structural steel |
Painted / Galvanized |
10–20 kg |
|
Prop Head |
Connects prop to beam/slab |
Standard U / Fork type |
Carbon steel |
Galvanized |
1.2–2.5 kg |
|
Base Plate |
Load distribution to ground |
Standard square / round |
Carbon steel |
Painted / Galvanized |
1.5–3.0 kg |
|
Diagonal Brace |
Lateral stability & alignment |
Adjustable length |
Structural steel |
Painted |
Project-dependent |
|
Cantilever Support |
Balcony & edge slab support |
Project-based |
Structural steel |
Painted / Galvanized |
Project-dependent |
Shoring steel accessories are essential load-bearing components in aluminum formwork systems, primarily used to support slabs, beams, balconies, and cantilever structures during concrete pouring and curing. Their main function is to transfer vertical loads from the formwork system safely to the ground while maintaining height accuracy and overall structural stability.
This product range typically includes adjustable steel props, prop heads, base plates, diagonal braces, and related connection components. Adjustable steel props provide vertical support and height regulation, ensuring correct slab elevation and load distribution. Prop heads connect the steel props to aluminum beams or slab panels, ensuring secure contact and preventing slippage. Base plates distribute loads evenly onto the ground, improving stability and reducing point pressure.
Diagonal braces are used to enhance lateral stability, especially for wall support, cantilever slabs, or high-formwork applications. Together, these components form a reliable shoring system capable of handling high loads in repetitive concrete construction cycles.
Manufactured from high-quality structural steel with controlled tolerances, shoring steel accessories are suitable for residential high-rises, commercial buildings, and infrastructure projects. Their strength, adjustability, and durability make them a critical safety and efficiency element in modern aluminum formwork construction.
exceptional dimensional consistency, and stable structural performance across repetitive layouts. Its systemized design minimizes cumulative errors, reduces rework, and supports high-efficiency vertical construction under tight schedules.
Aluminum formwork in hotel construction ensures high load-bearing reliability, precise geometry control, and uniform concrete finishes across complex structural zones. The system addresses key hospitality project pain points such as schedule pressure, quality consistency, and architectural tolerance demands in multi-floor commercial buildings.
Aluminum formwork in villa construction enables high-precision wall, slab, and beam casting with clean, architectural-grade concrete surfaces. Its modular flexibility effectively handles irregular layouts and customized designs while maintaining construction efficiency and dimensional accuracy in low-rise residential projects.
Aluminum formwork used in basement construction enables precise casting of slabs, beams, and columns with high dimensional accuracy and smooth concrete finishes. The rigid, systemized panels effectively control deformation under high concrete pressure, addressing common basement pain points such as misalignment, surface defects, slow cycle times, and labor-intensive rework in confined underground environments.
1Steel pipes and components are cut to specified lengths with dimensional accuracy.
2Connection holes and functional openings are punched to ensure system compatibility.
3Load-bearing buckle components are welded to enhance structural strength.
4Base plates are welded to ensure stability and secure load transfer.
5Wire heads and end fittings are welded for reliable connection performance.
6Steel surfaces are shot blasted to remove impurities and prepare for coating.
7Anti-corrosion coatings are applied to improve durability and service life.
8Completed components are inspected, bundled, and prepared for storage or shipment.
Products are packed according to their type and weight to ensure safe handling and transportation. Small accessories such as flat ties, wedges, and pins are packed in woven bags or cartons, while heavier components are palletized and steel-strapped. All shipments are clearly labeled for easy identification and loading. Container loading follows standardized procedures to maximize space utilization and prevent movement during transit.
Panels are palletized, shrink-wrapped, and reinforced to prevent damage, deformation, and moisture exposure during transport.
Packaged formwork is labeled, staged for loading, and dispatched for container shipment according to delivery schedules.
1Technical support for accessory selection and system matching
2Guidance on correct installation and usage on site
3Assistance with dimensional checks, tolerance verification, and troubleshooting during initial pours to ensure system performance.
4Timely supply of replacement panels and accessories, with optimization suggestions based on actual site feedback.
This section addresses the most common inquiries to help you find answers quickly. If you don't see your question listed, please feel free to contact us.
Yes. Dimensions and interfaces follow mainstream aluminum formwork standards, making them compatible with most beam–slab aluminum formwork systems using standard prop heads and walers.
Under normal site conditions and proper handling, steel props and accessories are designed for 300+ reuse cycles. Actual lifespan depends on load discipline, surface protection, and maintenance.
Diagonal bracing is required for tall props, cantilever slabs, balcony edges, wall support, or any condition with lateral instability risk. For low-height slab support, bracing depends on local safety codes and layout design.
Height is adjusted via threaded collar or pin-lock mechanism, allowing fine adjustment within millimeter-level tolerance to meet slab elevation requirements before pouring.
For standard adjustable steel props used in aluminum formwork, the safe working load typically ranges from 20–30 kN per prop, depending on extension height and installation condition. Capacity decreases as height increases. Final load must follow project-specific shoring design.