Our GLL ringlock scaffolding system adapts high-strength 6082-T6 aluminum alloy as the core material, which is 40%-60% lighter than traditional steel scaffolding while maintaining the same load-bearing capacity (single pole load up to 50kN). It significantly reduces transportation costs and labor intensity, especially in high-rise buildings or complex terrain projects.
In addition, the natural corrosion resistance of aluminum alloy means that it does not require galvanizing or painting, and can still maintain a service life of more than 30 years in humid, saline or chemically polluted environments, reducing maintenance costs by 70%.
The core of our GLL Ringlock system lies in its patented eight-way self-locking node. Through a single ring connector, the horizontal bar, diagonal bar and vertical bar can be quickly assembled, eliminating the cumbersome accessories such as bolts and pins of traditional scaffolding. This design brings three major advantages:
Installation efficiency increased by 50%: the construction area per day can reach 150-200㎡, reducing the time of high-altitude work and reducing safety risks.
Enhanced structural stability: The 360° ring bite design eliminates the connection gap, increases the lateral force resistance by 3 times, and has passed the EU EN12810 and US OSHA dual certification.
Modular flexibility: supports a variety of configurations such as right angles, corners, and arcs, and adapts to the diverse needs from conventional buildings to special-shaped structures (such as bridges and gymnasiums).
The adaptability of our GLL Aluminium Ringlock Scaffolding System far exceeds similar products:
Terrain compatibility: The adjustable base supports ±30cm ground height difference, and is suitable for soft soil or frozen soil when used with spiral piles.
Temperature tolerance: The operating temperature range is -40℃ to +80℃, meeting the stringent requirements of polar research stations and desert oil field projects.
Load dynamic optimization: Finite element analysis (FEA) is used to optimize the cross section of the rod, reducing the material consumption by 20% while ensuring strength, achieving a balance between lightweight and economy.
FAQ
Q1: What makes Ringlock scaffolding safer than traditional systems?
A1: GLL ringlock connection eliminates loose parts (wedges, clips ect), reducing human error. Its 360° locking mechanism ensures uniform load distribution.
Q2: Can GLL scaffolding be used on uneven terrain?
A2: Yes, with adjustable base plates and telescopic legs, the system adapts to slopes up to 15°.
Q3: Does GLL offer training for assembly?
A3: Yes, free online tutorials and on-site training for bulk orders.
