Structural Foundation Solutions for Modular Formwork Systems

Table of Contents

Structural Foundation Solutions for Modular Formwork Systems
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Overview
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The Sucoot Base Beam is engineered as a robust, high-strength structural element forming the backbone of modular formwork systems. Manufactured from SM490A high-tensile steel and protected with hot-dip galvanization, this beam is designed to withstand heavy concrete loads and accommodate long-span applications. Its versatility makes it suitable for a wide range of civil engineering projects, including retaining walls, bridge superstructures, and box culverts.

Key Features
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High-Strength Construction: Fabricated from SM490A structural steel, the Base Beam delivers the load-bearing capacity required for demanding civil projects. The hot-dip galvanized finish ensures long-term resistance to corrosion, even in challenging environments.
Modular Versatility: The Base Beam serves as a core structural base within Sucoot’s modular formwork systems. It can be integrated across slab, wall, column, and bridge formwork configurations, simplifying layouts and reducing the need for multiple unique components.
Efficient Installation: Available in multiple sizes and equipped with a straightforward locking mechanism, the Base Beam enables quick and secure connections with other Sucoot modules. This design reduces labor requirements, setup time, and construction risk.

Flexible Sizing Options
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Sucoot’s Base Beam is offered in a broad range of standard lengths, primarily in 300mm increments from 600mm to 3000mm. For finer adjustments, shorter beams below 600mm are available in 150mm intervals, with a minimum length of 150mm. Custom lengths can also be manufactured to meet specific project requirements, ensuring a precise fit for any structural layout.

Technical Specifications
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Property	Symbol	Unit	Value
Maximum Section Area	Ag	mm²	2300
Minimum Section Area	An	mm²	1655
X-axis Moment of Inertia	Ixx	mm⁴	1260×10⁴
Y-axis Moment of Inertia	Iyy	mm⁴	440×10⁴
X-axis Section Modulus	Zxx	mm³	126×10³
Y-axis Section Modulus	Zyy	mm³	54.6×10³
X-axis Gyration Radius	rxx	mm	87.3
Y-axis Gyration Radius	ryy	mm	51.6
Elastic Modulus	E	GPa	200
Shear Modulus	G	MPa	76900
Yield Strength	Fy	MPa	355
X-axis Stiffness	EIxx	kNm²	2520
Y-axis Stiffness	EIyy	kNm²	880
Allowable Bending Moment (X)	Max	kNm	26.8
Allowable Bending Moment (Y)	May	kNm	11.6
Allowable Shear Force (X)	Vax	kN	90.9
Allowable Bending Moment (Conn. X)*	Majx	kNm	13.0
Allowable Bending Moment (Conn. Y)*	Majy	kNm	5.3
Allowable Shear Force (Conn. X)*	Vajx	kN	90

*Connection point values refer to the beam’s performance at its joints.

Certification and Testing
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Material Certification: Each Base Beam is produced using SM490A structural steel, with mill certificates verifying chemical composition and tensile strength.
Pressure Testing: Beams are tested under simulated load conditions to confirm resistance to deformation and failure. Technical data is available to support precise formwork design.
Independent Load Testing: Accredited academic institutions in Taiwan, including National Yunlin University of Science and Technology and National Cheng Kung University, have verified the load-bearing capacity and stability of the Base Beam.

Application Scenarios
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The Sucoot Base Beam (also referred to as Soldier Beam) is suitable for a variety of construction and engineering applications:

Bridge Viaducts: Functions as a primary or secondary bearer for inner/outer formwork and supports wing forms.
Slab, Beam, and Wall Formwork: Serves as a main or secondary bearer in slab, beam, and wall formwork systems.
Large-Span Structures: Accommodates large-span structures, offering cost savings in formwork support and concrete pouring.
Lateral Support: Provides stable lateral support at any height, enhancing structural stability.

Industry Applications
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Infrastructure Projects: Bridges, viaducts, culverts, tunnels, and other large-scale developments.
Industrial Facilities: High-tech factories, steel mills, and power plants.
Commercial and Residential Construction: Ideal for forming robust columns, walls, and slabs.

For further details, technical documentation, or to discuss your project requirements, please contact us.