Our GLL Scaffolding Climb Step Ladder is made of Q195 low-carbon steel and is treated with hot-dip galvanizing. The surface zinc layer thickness is ≥80μm. It has excellent tensile strength (≥375MPa) and corrosion resistance. It can maintain structural stability even in high humidity and saline-alkali environments, and its service life far exceeds that of ordinary iron ladders.
Why choose GLL Q195 galvanized scaffolding climbing ladder?
Pain points of traditional ladders :Easy to rust and corrode, short lifespan.Heavy structure, difficult to carry. Single function, poor scalability.High safety risk, no protection.
Our GLL Scaffolding Climb Step Ladder innovation breakthrough:
GLL adopts hot-dip galvanizing process, zinc layer thickness ≥ 80μm, 10 years of corrosion resistance.
Q195 low carbon steel + lightweight design, 20% lighter than similar products.
Modular deformation system, 2 seconds to switch scaffolding/straight ladder mode.
Intelligent anti-overturning + anti-slip pedal, passed OSHA/EN131 certification.
Our GLL Scaffolding Climb Step Ladder has core advantages：
Military-grade materials, no fear of harsh environments
GLL Q195 low-carbon steel frame: tensile strength ≥375MPa, load-bearing 450kg without deformation; Hot-dip galvanizing technology: the surface zinc layer forms a dense protective layer, and the salt spray test is 3000 hours without rust; Environmental certification: chromium-free passivation process, in line with the EU RoHS directive, 100% recyclable.
Modular intelligent lap joint system
Our GLL original mortise and tenon joint design supports the rapid expansion of a single-section ladder into a 2-4-layer scaffolding combination (maximum height of 12 meters). It can be deformed without additional tools, adapting to different working scenarios and improving construction efficiency by more than 30%.
Ergonomic details, comfort and safety coexist
HDPE handrail anti-freeze hands in winter, integrated tool slot and safety belt hanging point; Adjustable pedal spacing: adapt to different heights, reduce climbing fatigue; Low noise design: joint damping system to avoid metal collision noise.
Ergonomic anti-slip system
The pedal adopts a concave-convex anti-slip pattern + water leakage hole design, with a friction coefficient of μ≥0.6, and the anti-slip performance in a slippery environment is improved by 40%;
Intelligent anti-overturning mechanism
The bottom is equipped with gravity-sensing support feet to automatically adjust the contact area; with a retractable stabilizer bar, the anti-rollover torque reaches 1.5 times the industry standard, ensuring that it can still be used safely under a wind force of level 10.
