Catwalk

As a core safety component of aerial work platform systems, steel catwalks are specially designed for high-altitude operation scenarios such as construction and industrial maintenance.

Hot-dip galvanized catwalk adopts Q235 carbon steel as its base material and is processed through high-temperature hot-dip galvanizing to form a dense zinc-iron alloy layer, which provides superior weather resistance and corrosion resistance. This product is especially suitable for long-term application in high-corrosion environments, including cross-sea bridges, chemical plants, and coastal structures. 

Pre-galvanized steel catwalks are manufactured directly through the stamping process using Q195 pre-galvanized steel sheets. This product exhibits exceptional cost-effectiveness, and is capable of satisfying the engineering requirements of conventional construction sites, factory buildings, and other similar projects.

Both types of catwalks incorporate an innovative hook-based design. The specialized hook structures configured at both ends allow for rapid locking with scaffolding crossbars, which effectively prevents planks from displacement or disengagement and substantially improves the safety of high-altitude operations. The surface of the catwalks is processed with concave-convex anti-slip textures, ensuring that construction personnel can walk safely even under rainy, snowy conditions or in oily environments.

In practical applications, hot-dip galvanized catwalks have become the preferred solution for harsh application scenarios such as marine engineering and petrochemical projects, owing to their excellent corrosion resistance.Pre-galvanized steel catwalks, characterized by their cost‑effectiveness and practicality, are extensively utilized in conventional construction projects including commercial complexes and residential buildings.

Steel catwalk designed modular not only simplifies the procedures of installation and disassembly but also enables repeated utilization across multiple construction projects. This characteristic delivers a significant improvement in construction efficiency and a reduction in overall project expenditures, rendering it an indispensable safety facility for modern construction activities.

Specifications