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Our Premium Heavy-Duty Scaffold Wheels Series has been designed and engineered to keep your scaffold structure firmly in place whilst moving around the site. The heavy-gauge steel housing has been designed to be strong enough, and the synchronized dual-locking mechanism will prevent any sudden brake failure. This has overcome the typical problems of polyurethane delamination and scaffold wheel slipping in different directions under maximum load. Our scaffold wheels are ideal for use on large industrial sites, such as multi-story building facade scaffolding, shipyards, aircraft hangars, etc. Other mobile work platforms would also benefit from using these heavy-duty scaffold wheels.
Product Specifications
|
Technical Parameter |
Standard Series |
Heavy-Duty Premium Series |
Ultra-Capacity Custom Series |
|
Wheel Diameter |
6 inches (150mm) |
8 inches (200mm) |
10–12 inches (250–300mm) |
|
Load Capacity / Wheel |
500 kg (1,100 lbs) |
800 kg (1,760 lbs) |
1,200+ kg (2,640+ lbs) |
|
Tread Material |
High-Grade Polyurethane (PU) |
Ergonomic Hard Polyurethane |
Mold-on Polyurethane / Cast Iron |
|
Core Material |
Reinforced Nylon |
Heavy-Duty Cast Iron |
Forged Steel Core |
|
Stem / Socket Type |
35mm / 38mm Solid Stem |
Adjustable Leveling Stem |
Custom Flange / Solid Stem |
|
Brake System |
Total Lock (Wheel & Swivel) |
Synchronized Dual-Locking |
Heavy Industrial Foot Brake |
Industry Comparison
When sourcing scaffolding components, minor differences in manufacturing lead to massive discrepancies in field safety. This matrix outlines how our engineered wheels outperform commodity-grade market alternatives:
|
Evaluation Metric |
Market Standard Casters |
Our Engineered Heavy-Duty Casters |
|
Brake Failure Resistance |
Single-engagement tabs that bend under repetitive foot pressure, causing directional drift. |
Synchronized Dual-Brake System that locks both the swivel radius and the wheel rotation simultaneously with zero play. |
|
Tread Bonding Stability |
Economical chemical bonding prone to peeling (delamination) when exposed to shear forces. |
Mechanical Interlocking + Premium PU Chemistry ensuring zero separation even under sustained static loads. |
|
Corrosion Protection |
Basic bright zinc plating that develops white rust within 48 hours of salt-spray exposure. |
Industrial Dacromet / Electrostatic Coating provides over 500 hours of continuous salt-spray resistance. |
|
Bearing Protection |
Open or lightly shielded ball bearings that seize up when exposed to concrete dust and grit. |
Precision Double-Ball Race with integrated labyrinth dust seals to repel grit, moisture, and debris. |
Engineered for Rigorous Application Environments
- Commercial Building Facades & Masonry: Provides a solid, stable base for multiple levels of staging for Painters and Masons to work from at height.
- Shipyards & Marine Engineering: Our rolling dock staging platforms will withstand the highly corrosive salt air and wet environments found in a shipyard. The unique tread design will also enable smooth travel over uneven metal grates and other rough outside surfaces.
- Aerospace & Hangar Maintenance: Our staging systems are non-marking and utilize high-modulus polyurethane treads that will not scratch or mark your expensive epoxy-coated hangar floors. Our staging systems are rated to support multi-ton fuselages and are the ideal solution for staging inside your aerospace facility.
