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Adjustable steel props are a high-performance shoring solution designed to meet the diverse demands of modern construction projects. Built with Q235/Q345 high-strength steel and precision screw-thread adjustment, they offer a load capacity of 20–30 kN per prop, ensuring reliable vertical support for slab formwork, beams, foundations, and infrastructure works.
The props feature a 1.6m–5.5m adjustable height range, allowing contractors to use a single system across different pouring heights, which reduces the need for multiple types of shoring equipment. Thanks to their quick adjustment mechanism, installation time is reduced by up to 25%, cutting labor costs significantly.
In terms of durability, these steel props are hot-dip galvanized or powder-coated, providing excellent corrosion resistance and extending service life to 300+ reuse cycles, even in humid or coastal conditions. Their universal compatibility with timber, steel, plastic, and aluminum formwork systems makes them a cost-efficient and versatile investment for construction companies.
With proven applications in residential, commercial, and infrastructure projects, including foundation shoring for underground parking structures and bridge deck support, these steel props have helped contractors achieve 10–15% faster project delivery and reduce material waste by 20–30% compared to traditional timber supports.
A single system meets diverse construction needs, including floor slabs, beams, foundations, tunnels, and bridges. This eliminates the need for multiple support equipment, reducing inventory and management costs.
Made of Q235/Q345 high-strength steel, each support can safely bear 20–30 kN, ensuring stability during concrete pouring and large-scale construction.
The adjustment range extends from 1.6–5.5 meters, adapting to different construction stages and pouring heights, meeting the diverse needs of complex projects.
The threaded adjustment mechanism reduces installation and disassembly time by 20–25% compared to traditional wooden supports, reducing labor and shortening overall construction time.
The surface is hot-dip galvanized or electrostatically sprayed for rust and wear resistance. It remains stable even in humid, coastal, or open-air construction sites and can be reused over 300 times.
Reduced one-time lumber consumption, reduced maintenance frequency, and increased turnover rates help contractors reduce overall costs by 15–20%.
| Wall Thickness | Min Height | Max Height | Outer Pipe Diameter | Inner Pipe Diameter |
|---|---|---|---|---|
| 1.5 - 3.5mm | 1.7m | 3.0m | 56mm | 48mm |
| 1.8m | 3.2m | 56mm | 48mm | |
| 2.0m | 3.5m | 56mm | 48mm | |
| 2.0m | 3.6m | 56mm | 48mm | |
| 2.2m | 4.0m | 56mm | 48mm | |
| 2.5m | 4.5m | 56mm | 48mm | |
| 2.8m | 5.0m | 56mm | 48mm | |
| 3.0m | 5.0m | 56mm | 48mm | |
| 3.5m | 6.0m | 56mm | 48mm | |
| Surface Treatment | Spraying, powder spraying, electro-galvanizing, hot-dip galvanizing | |||
| Other specifications can be customized as per your requirements. | ||||
| Wall Thickness | Min Height | Max Height | Outer Pipe Diameter | Inner Pipe Diameter |
|---|---|---|---|---|
| 1.5 - 3.5mm | 1.7m | 3.0m | 60mm | 48mm |
| 1.8m | 3.2m | 60mm | 48mm | |
| 2.0m | 3.5m | 60mm | 48mm | |
| 2.0m | 3.6m | 60mm | 48mm | |
| 2.2m | 4.0m | 60mm | 48mm | |
| 2.5m | 4.5m | 60mm | 48mm | |
| 2.8m | 5.0m | 60mm | 48mm | |
| 3.0m | 5.0m | 60mm | 48mm | |
| 3.5m | 6.0m | 60mm | 48mm | |
| Surface Treatment | Spraying, powder spraying, electro-galvanizing, hot-dip galvanizing | |||
| Other specifications can be customized as per your requirements. | ||||
A new five-story R&D building with a total construction area of approximately 18,000 square meters was constructed in the Science City. The contractor required a support system that would support pouring at a 4.5-meter floor height while ensuring completion within a compressed six-month construction period.
The contractor selected 3,200 sets of hot-dip galvanized adjustable steel props, combined with an H20 timber beam and steel formwork system.
All steel bracings comply with EN1065 and ISO 9001 standards, ensuring reliable performance on international projects.
Each brace is made of high-strength Q235/Q345 steel with a load-bearing capacity of up to 30kN, suitable for heavy concrete slabs and beams.
A wide height range (1.5m to 6.0m) and smooth nut adjustment allow for quick installation, reducing on-site labor time by over 20%.
Exported to over 40 countries, our products are widely used in high-rise buildings, bridges, and subway stations, earning positive feedback from contractors.
Each batch undergoes static and dynamic load testing before delivery to ensure safety and consistency.
The hot-dip galvanized surface treatment provides a service life of over 5 years, reducing replacement and maintenance costs.
