Kwikstage Scaffolding System

Shaanxi Flourish Industrial Co., Ltd.'s Kwikstage Scaffolding System inherits New Zealand's 40-year scaffolding technology heritage, redefining "speed + safety + standardization" for high-rise construction. Equipped with patented click-lock ledger blades and triangular load-bearing nodes, it solves the "slow assembly" pain point of tube-and-coupler systems and "limited height" defect of light-duty frame scaffolding. Forged from Q355B high-strength steel with 80μm hot-dip galvanizing, it achieves 35kN/m² frame load capacity and 1800h salt-spray corrosion resistance. 

1. Patented Click-Lock Rapid Assembly System

Differentiator: Unlike tube-and-coupler's tool-reliant connection and cuplock's limited angle, our system integrates patented ledger blades with 3-point locking for tool-free installation:

Ledger Blades: Precision-stamped steel with serrated edges (friction coefficient ≥0.9) that snap into standards' keyhole slots-10 seconds per node (40% faster than tube-and-coupler, 20% faster than cuplock) .

Triangular Nodes: 3-way connection design (vertical/horizontal/diagonal) enhances lateral stability by 30% compared to 4-way cuplock nodes.

Anti-Disengagement Clip: Built-in spring-loaded clips auto-lock after assembly, withstanding 15kN lateral impact without loosening (passes 10,000 vibration tests).

A 10-person team can erect 80m² of 10-story scaffolding in 1 day-cutting project schedules by 25% .

2. High-Rise-Grade Load-Bearing Safety Redundancy

Differentiator: Adopting Q355B steel (yield strength ≥355MPa, 42% higher than Q235) and 3.2mm thick standards, our system builds multi-layer safety barriers:

Frame Load Capacity: 35kN/m² (supports 3 layers of concrete materials, exceeding cuplock's 25kN/m²) .

Single Standard Load: 120kN (equivalent to 12 tons, suitable for 30-story high-rise formwork support).

Diagonal Brace Reinforcement: Hot-forged diagonal braces with 45° angle distribution reduce frame deflection by 50% during strong winds (wind resistance grade up to 12).

All load-bearing components pass 200% overload tests-no deformation under extreme conditions.

3. Global Standardization & Low-Cost Management

Differentiator: Following AS/NZS 1576.3 standardization, the system has only 5 core components (standards/ledgers/transoms/platforms/braces)-80% fewer types than tube-and-coupler systems:

Universal Compatibility: Components match Waco Kwikform and KHK Scaffolding's Kwikstage series for easy inventory integration .

Inventory Efficiency: Standardized dimensions (1.5m/2.0m/2.5m ledgers) reduce stock SKUs by 60%, cutting warehouse costs by 35%.

Reusability: 250+ assembly-disassembly cycles (30% more than cuplock) with 80μm hot-dip galvanizing (1800h salt-spray resistance) .

Total lifecycle cost per m² is $12-20-40% lower than custom high-rise scaffolding.

1. Standards (Load-Bearing Backbone)

Spec: 48.3mm OD, 3.2mm thickness, 1.5m/2.0m/3.0m lengths .

Material: Q355B carbon steel (elongation ≥22%, impact toughness ≥27J at -20℃).

Feature: 50mm-spaced keyhole slots (precision ±0.5mm) for ledger blade alignment; hot-dip galvanized surface (80μm thickness).

Role: Vertical load transmission, supporting up to 120kN per standard.

2. Ledger Blades (Connection Core)

Spec: 48.3mm OD, 2.75mm thickness, 0.9m/1.2m/1.5m lengths.

Material: High-strength stamped steel (hardness ≥HB200).

Feature: 3-point serrated locking tabs; spring-loaded anti-disengagement clips.

Role: Horizontal connection between standards-snaps into slots without tools, torque ≥50N·m.

3. Transoms & Platforms (Working Layer)

Transoms: 48.3mm OD, 2.75mm thickness, with 2-way ledger blade connections for platform support.

Platforms: 1.2m×0.6m galvanized steel planks (non-slip surface, 2kN/m² load capacity).

Accessory: Adjustable base jacks (0-300mm height range, 50kN load capacity) for uneven ground.

4. Diagonal Braces (Stability Enhancement)

Spec: 42.4mm OD, 2.5mm thickness, hot-forged ends with ledger blade adapters.

Feature: 45° angle installation, enhancing lateral stability by 30% .

Role: Resisting wind loads and construction vibration in high-rise scenarios.

1. Why is it faster than cuplock for high-rise projects?

Cuplock requires semi-tool operation (tapping nodes to lock), while our patented ledger blades snap into slots in 10 seconds-saving 5 seconds per node. For 28-story buildings with 2,000+ nodes, this cuts 27+ hours of assembly time. Additionally, standardized components reduce on-site sorting time by 40% .

2. Can it meet high-rise wind load requirements?

Yes-diagonal braces installed every 2 stories form a triangular stability network, resisting wind loads up to 0.5kN/m² (grade 12 wind). In Sydney's coastal high-rise project, the system withstood 100km/h winds without deflection. It also passed EN 12811-1 wind resistance tests .

3. What's the MOQ and delivery time?

MOQ is 100 sets (covers 50m²) for small projects; 500+ sets for high-rise projects. Standard orders ship in 7-10 days; custom lengths (ledgers/standards) take 15 days. We also offer rental services with 24/7 technical support .

Choose Shaanxi Flourish's Kwikstage Scaffolding System-inheriting New Zealand's scaffolding expertise, certified globally, built for high-rise efficiency-your trusted partner for fast, safe, and compliant construction projects!