Revolutionizing structural metal fabrication with high-performance base slab solutions. Achieve unmatched stability, rapid installation, and extreme load-bearing capacity for modern industrial construction.
Defining the new standard for integrated floor supports in heavy-duty structural engineering.
◆ Our base slab system is positioned as the industry benchmark for early demolition floor supports. By utilizing an integrated vertical pole adjustment system, we eliminate the instability of traditional jacking construction, ensuring that the structure remains stable from the initial pour to the final release.
◆ The core technical edge of our base slab lies in its Labor-Saving Buckle Design. Reducing the component weight from 7kg to a mere 1.2kg, we have effectively reduced labor intensity by 20 times and cut installation time by over 90%, providing a high-safety, cost-efficient alternative to traditional coil scaffolds.
The synergy of weight reduction, rapid assembly, and absolute structural stability.
Our system drastically minimizes the physical strain on workers during setup and removal.
Time is money in construction. Our system optimizes every second of the installation cycle.
Eliminating "virtual branches" and swaying to provide a rock-solid construction environment.
Quantifiable advantages compared to traditional scaffolding systems.
Comprehensive dimensional and material specifications for seamless integration.
| Product Component | Specification | Material Grade | Tolerances | Weight | Load Capacity |
|---|---|---|---|---|---|
| Vertical Pole | φ48mm / L=2690-2860mm | High-Tensile Steel | ±0.5mm | Standard Industrial | Heavy Duty |
| Release Buckle | Precision Locking Mech | Forged Alloy | ±0.2mm | 1.2 kg | High Shear Str |
| Support Base | Fixed-end Bracket | Galvanized Steel | ±1.0mm | 2.5 kg | Extreme Load |
| Adjustment Nut | Threaded M20 | Chrome Steel | ±0.1mm | 0.4 kg | Vibration Proof |
| Connector Pin | Quick-Lock Pin | Stainless 304 | ±0.05mm | 0.1 kg | Anti-Corrosive |
| Protective Coat | Powder Coated | Industrial Epoxy | 80μm Thickness | N/A | Weather Resistant |
| Joint Plate | Reinforced Weld | Q355 Steel | ±0.8mm | 1.1 kg | High Torque |
| Full System | Integrated Kit | Multi-Material | ISO Compliant | Variable | Project Specific |
Proven performance across diverse industries.
Implemented base slab systems for a high-ceiling transit terminal, achieving zero swaying during a critical 3-meter floor pour.
Deployed 2,000+ base slab units for a massive distribution center, reducing structural setup costs by 80%.
Solved complex "no free end" requirements for structural floors using our integrated vertical pole adjustment system.
Successfully eliminated "virtual branches" during early demolition phases, ensuring concrete roof integrity.
Tailored solutions for demanding environments.
Optimized for rapid multi-floor construction with "one bar to the top" efficiency.
Providing wide-span floor stability for early release construction in logistics hubs.
Engineered for high-precision support in subway stations and airport terminals.
Ensuring safety and stability for libraries, museums, and governmental centers.
Heavy-duty support for massive turbine floors and generator foundations.
Customized base slab configurations for specialized chemical and oil platforms.
Every piece of steel undergoes ultrasonic testing and spectroscopic analysis to ensure high-tensile strength and structural purity.
Our CNC machining centers maintain tolerances within ±0.2mm, eliminating "virtual branches" and ensuring a perfect fit.
Full-scale prototypes are subjected to extreme axial compression tests to validate safety factors before mass production.
Certified by international structural engineering standards for safe global deployment.
Expert answers to common technical and commercial inquiries.
Unlike traditional systems that rely on manual nut adjustments, our base slab features an integrated vertical pole and a lightweight release buckle (1.2kg), reducing labor intensity by 20 times and eliminating structural swaying.
The system utilizes a fixed, integrated structure where the bracket is locked directly to the vertical rod. This removes the gap typical in traditional nut-adjusted systems, ensuring absolute alignment.
Our standard specifications target floors of 2.9-3.0m to achieve "one bar to the top." However, we provide customizable lengths for specific structural requirements.
By reducing the number of components per layer and slashing labor time for installation and unloading, users typically realize an 80% reduction in comprehensive costs.
Yes. Our system avoids the torsion and accidental nut-knocking typical of traditional heads, ensuring the vertical rod does not scratch or crack the cured concrete roof.
Standard samples are typically delivered within 7 days, while full-scale structural projects are scheduled based on volume but maintain industry-leading turnaround times.
Ready to optimize your project with high-efficiency base slab technology? Let our engineers design your structural success.