Civil Engineering

Challenges in Civil Infrastructure Construction & Reliable Solutions by Sucoot

  1. Home
  2. Applications
  3. Industry
  4. Civil Engineering

Massive Structural Loads Require High-Strength Temporary Shoring

Bridges, viaducts, box culverts, stations, and retaining walls all demand far greater height, span, and load capacity than typical buildings. During construction, large volumes of rebar and concrete create enormous structural loads that require powerful temporary shoring.

Sucoot’s Heavy-Duty Ring System, backed by third-party testing, guarantees that a single shoring tower can safely withstand 72 tons or more.

Our Top Beams and Base Beams, made of high-strength steel, act as the primary and secondary bearers in formwork systems. They adapt flexibly to structural variations, providing reliable support, evenly distributing concrete pressure, and preventing blowouts.






Complex Jobsite Conditions & Harsh Weather Demand Safer Solutions

Civil engineering is often built in complex environments—high elevations, deep excavations, or irregular terrain—where safety is paramount. Any accident can delay progress and draw public scrutiny.

Because these projects typically span multiple years, temporary shoring must deliver long-term durability and absolute reliability. In the regions prone to typhoons and earthquakes, scaffolding must withstand high winds, sudden tremors, and harsh weather conditions.






Strict Standards & Tight Deadlines Call for Trusted Systems

Before any public infrastructure project begins, scaffolding and shoring designs must undergo strict engineering review and approval. Execution must then follow these approved drawings with precision.

That’s why choosing a safe, stable, and efficient scaffolding and formwork system from a trusted brand is essential for smooth project delivery.

Sucoot’s Ring Lock Scaffolding System does not require special tools, making assembly fast and intuitive.

Combined with efficient erection methods—such as Reverse Assembly, Ground-Assembled Lifting, and Whole-Unit Shifting—our systems greatly enhance onsite safety and productivity, helping contractors deliver projects on time, on quality, and without accidents.


Classic Case