Scaffolding
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FASI Scaffolding, for rent and for sale.
We are a trusted provider of high-quality scaffolding systems, offering Ringlock, H-Frame, Cuplock, and Heavy-Duty Ringlock for both sale and rental. Our solutions are engineered to meet the demanding requirements of construction, infrastructure, and industrial projects across the Philippines. Beyond supply, we deliver comprehensive design support and on-site services to ensure safe, efficient, and cost-effective project execution. With a commitment to using only premium-grade materials and maintaining strict quality standards, we help our clients build with confidence and reliability.
FASI Scaffolding Features.
| Aspect | Ringlock System | Cuplock System | H-Frame System | Heavy-Duty Frame & Ringlock |
|---|---|---|---|---|
| Fundamental System Type | Modular, rosette-based multi-directional system | Modular, cup-and-blade node system | Welded frame-based system | Reinforced modular system (frame or ringlock) designed for high loads |
| Primary Connection Mechanism | Rosette (ring) welded to standards; ledgers/braces locked by wedge pins. Up to 8 connection points | Fixed bottom cup + sliding top cup locking ledger blades with 4 connection points | Pin-and-lock or cross-brace connection between frames | Same as base system (frame or ringlock) but with thicker components and reinforced joints |
| Directional Capability | Full multi-directional (360° at each node) | Limited multi-directional (typically 4 directions) | Primarily linear (rectangular grids only) | Same as base system but optimized for load-bearing rather than flexibility |
| Structural Behavior | Highly rigid triangulated structure | Rigid but less adaptable than ringlock | Rigid in plane, weaker in complex geometries | Extremely rigid, optimized for vertical load transfer |
| Typical Material & Tube Thickness | Q235/Q345 steel, ~3.0–3.2 mm | Q235 steel, ~3.0–3.25 mm | Q235 steel, ~2.0–2.5 mm | Q345 or equivalent, ~3.5–4.0 mm (or heavier) |
| Load Capacity (Relative) | High | High | Low | Very High |
| Speed of Erection | Fast (hammer-set wedges) | Very fast (cup locking action) | Very fast for simple layouts | Moderate to fast (heavier components) |
| Flexibility in Layout | Excellent (curves, cantilevers, stair towers) | Moderate | Low | Moderate (focus is strength, not geometry) |
| Common Height Capability | High-rise and super-tall structures | High-rise | Low to medium height | Very tall and heavily loaded structures |
| Primary Applications | Industrial plants, refineries, high-rise buildings, complex access works | High-rise buildings, bridges, and infrastructure projects | Residential, low-rise commercial, interior works | Bridges, flyovers, transfer girders, heavy formwork, and power plants |
| Typical Use Case | Access + shoring | Access + shoring | Access + Light Duty Shoring | Structural support and heavy duty shoring |
| Maintenance & Durability | High durability, low deformation | High durability | Moderate durability | Very high durability |
| Cost (Relative) | Medium–High | Medium | Low | High |
| Skill Level Required | Medium to high | Medium | Low | High |
| Compliance with International Standards | EN 12810/12811, BS, OSHA compatible | BS 1139, EN standards | Local standards, limited EN compliance | EN + project-specific engineering approvals |