







The steel springboard stands as an indispensable asset in the construction industry, serving as a pivotal tool to enhance efficiency and safety in various construction environments. Below, we present a comprehensive overview of this remarkable product:
Fundamental Details
Material: Crafted predominantly from premium low-carbon steel materials such as Q235, with Q195 also being an option. These materials undergo meticulous processing through either hot or cold rolling techniques, ensuring the surface is optimally coated with hot-dip galvanization for enhanced durability.
• Structure: Typically engineered into an elongated strip adorned with practical U-shaped grooves and precision-drilled holes on both sides, facilitating seamless fixation and versatile splicing. Multiple M18 bolt holes are expertly welded at strategic intervals around the perimeter, maintaining a consistent hole spacing of 450mm for uniformity and strength.
Performance Attributes
Unparalleled Safety: Boasting impressive fire-resistant properties, it significantly mitigates fire hazards on job sites. Its surface features an innovative design with five rows of flanged convex holes, delivering outstanding anti-slip capabilities. Additionally, strategically designed kickboards ensure personnel safety by preventing accidental slips.
Exceptional Longevity: Engineered for high strength and resilience, this springboard resists deformation and offers superior corrosion and alkali resistance. Its hot-dip galvanized finish extends its service life to an impressive 5 to 8 years, making it a reliable investment.
Noteworthy Practicality: Remarkably lightweight and effortlessly transportable, this springboard simplifies installation. Furthermore, it prevents sand accumulation, thanks to its innovative sand leakage hole at the base, allowing efficient debris clearance.
Economic Efficiency: More cost-effective than traditional wooden boards, this solution provides a long-term financial advantage. Even after years of use, a substantial 35% to 40% of the initial investment can be recuperated, resulting in significant cost savings for construction firms.
Versatile Applications
Within construction, it acts as a superior scaffold board, integral to numerous projects including high-rise buildings, bridges, and tunnels, ensuring a reliable and steady platform for workers.
In industrial applications, it is indispensable in heavy-duty settings such as shipbuilding, oil platforms, power facilities, refineries, and chemical plants, supporting complex construction demands with ease.
In civil engineering, it excels in the construction and upkeep of various structures like factories, workshops, office buildings, and residences. Furthermore, in warehousing and logistics, it serves as a critical component, connecting multi-level cargo pathways with efficiency.