As a core load-bearing component in construction operations, the steel scaffolding plank is widely used across various construction projects due to its exceptional structural stability, durability, and safety performance. Manufactured strictly according to high industry standards, this product provides a robust foundation for ensuring both construction safety and efficiency.

Product Core Parameter Table

Core Product Advantages

1. Exceptional structural stability and outstanding safety performance

The product utilizes an integrated roll-forming process, featuring a "U"-shaped or "trapezoidal" cross-section for the jump board, which effectively distributes stress. Compared to traditional wooden or bamboo jump boards, this design enhances resistance to bending and deformation by more than 60%. The surface incorporates an anti-slip design paired with a precise connection system, ensuring construction workers won’t slip or experience displacement of the jump board. Rigorous impact and fatigue tests have confirmed that the product maintains stable performance even in extreme temperature ranges from -20°C to 60°C, fully meeting both the GB/T 700-2006 steel standard and the JGJ 130-2011 Safety Technical Specification for Scaffolding Systems Using Couplers in Building Construction.

2. Excellent weather resistance, ensuring a long service life

The core material is made from high-strength, low-carbon steel, combined with an advanced hot-dip galvanizing surface treatment process. This ensures a strong metallurgical bond between the zinc layer and the steel, effectively shielding the material from exposure to air, moisture, and corrosive substances. As a result, the product remains highly resistant to rust even in harsh construction environments—such as humid, dusty, or coastal areas with high salt mist levels. Compared to wooden planks, which are prone to rotting and cracking, this product boasts a service life of over 8 years and can be reused up to 90% of the time, reducing long-term usage costs by more than 40%.

3. Convenient installation and removal, boosting construction efficiency

Featuring a standardized hook-and-loop or pin-in-slot connection design, the product can be installed and disassembled effortlessly—no complicated tools required. A single operator can secure one plank in as little as 30 seconds, boosting installation efficiency by 50% compared to traditional methods. Additionally, the product is lightweight (each 3-meter-long, 2.0mm-thick plank weighs only 12 kg), making it easy to carry, stack, and store on-site—thus reducing physical strain on construction workers. Its standardized dimensions also ensure seamless compatibility with various scaffolding systems, offering exceptional versatility and enabling rapid adaptation to diverse construction environments.

4. Eco-friendly economy, aligning with the concept of green construction

By abandoning traditional wooden scaffolding planks, which consume significant wood resources, our product can be repeatedly recycled—after disposal, it can be 100% recovered and reprocessed without leaving any waste or environmental pollution, aligning perfectly with the modern construction industry's commitment to green and sustainable building practices. From an economic perspective, although the initial purchase cost is slightly higher than that of wooden planks, the product’s exceptionally long service life and outstanding reusability ultimately result in significantly lower overall costs compared to conventional scaffolding, helping construction companies reduce their long-term operational expenses.

Application scenarios

1. Construction of the Main Structure for High-Rise Buildings

In the construction of shear walls and frame structures in high-rise buildings, this product serves as a core component of the exterior wall scaffolding work platform, providing a stable working surface for construction operations. Its exceptional load-bearing capacity ensures that construction personnel, small-scale equipment, and building materials can be safely placed simultaneously. Additionally, the non-slip surface design significantly enhances worker safety during high-altitude tasks. Suitable for use in high-rise construction projects ranging from 10 to over 100 stories, it is an ideal choice for processes such as exterior wall plastering, insulation, tile installation, and steel structure assembly.

2. Bridge and Tunnel Construction Works

In scenarios such as bridge pier pouring, box girder construction, and tunnel lining, the construction environments are complex and demand extremely high load-bearing stability. This product boasts excellent weather resistance, making it well-suited for outdoor, humid conditions during bridge construction as well as the dark, dusty environments inside tunnels. Its standardized dimensions allow for flexible assembly based on bridge spans and tunnel cross-sections, providing construction workers with a continuous and stable working platform. It is widely used in projects including highway bridges, railway bridges, metro tunnels, and municipal tunnels.

3. Factory and Steel Structure Construction Work

In the construction of large-scale steel structures such as industrial plants, steel-structure workshops, and warehouse centers, this product can be used in conjunction with steel pipe scaffolding or portal scaffolding for processes like steel component installation, roof decking, and wall enclosure. Its high-strength material can easily accommodate the temporary placement requirements of small lifting equipment during steel structure assembly, while its robust connections ensure no displacement occurs during high-altitude steelwork splicing operations—thereby enhancing both construction safety and efficiency.

4. Municipal Engineering and Renovation Construction

In municipal and renovation projects such as urban road reconstruction, pipeline laying, refurbishment of aging buildings, and interior design for commercial complexes, this product excels with its lightweight, easy-to-transport, and quick-installation features, enabling rapid deployment of temporary work platforms. For instance, during sidewalk construction along both sides of roads, the product can be swiftly assembled into an integrated temporary protection and working platform. Similarly, when renovating the exterior walls of aged buildings, it seamlessly integrates with compact scaffolding systems, minimizing disruption to the surrounding environment while accelerating construction progress.

5. Electrical and Chemical Engineering Construction

In scenarios such as power substation construction, transmission line tower installation, and equipment maintenance in chemical plants, there are specific requirements for the insulation and corrosion resistance of work platforms. This product offers customizable anti-static and enhanced corrosion-resistant versions, featuring a specialized anti-corrosion coating on the surface that effectively withstands corrosive gases and liquids found in chemical environments. When used in conjunction with insulating gaskets, it fully meets the safety standards required for electrical engineering projects, providing reliable protection for high-risk construction settings.