







The Steel Springboard stands as an indispensable asset in the construction industry, lauded for its versatility and strength. Below is an elaborate exploration of its features and benefits:
Basic Information
Material: Typically crafted from superior low carbon steel such as Q235 and Q195, these materials are meticulously processed through both hot and cold rolling techniques. The surface is usually fortified with a layer of hot-dip galvanization, ensuring exceptional durability.
• Structure: The design comprises a sleek long strip, ingeniously engineered with U-shaped grooves and strategic holes on both sides, facilitating effortless fixation and seamless splicing. Additionally, multiple M18 bolt holes are precisely welded at uniform intervals around the perimeter, with a calculated hole spacing of 450mm.
Performance Characteristics
High Safety: Boasting impressive fire resistance, it significantly mitigates fire risk on construction sites. Its surface features five meticulously arranged rows of convex holes with flanging, delivering superior anti-slip performance. Furthermore, the innovative kickboard design ensures workers are safeguarded from accidental slips.
Strong Durability: Engineered for excellence, it offers remarkable high strength and resists deformation. Its corrosion and alkali resistance, combined with the hot-dip galvanizing process, lends it an impressive service life ranging from 5 to 8 years.
Good Practicality: Its lightweight nature allows for effortless transportation and installation. The clever incorporation of a sand leakage hole process at the bottom ensures efficient sand and debris removal, enhancing its functional appeal.
Economic Advantage: Economically savvy, its cost is significantly lower than wooden alternatives. Even after years of use, up to 35%-40% of the investment can be reclaimed, offering substantial cost savings for construction stakeholders.
Application Scope
In the construction realm, this product is a quintessential scaffold board used across various projects, including towering high-rise buildings, expansive bridge networks, and intricate tunnel excavations, thus providing a secure and steady platform for construction personnel.
In the industrial sector, its application extends across heavy-duty construction projects such as shipbuilding, oil platforms, power infrastructure, petroleum refineries, and chemical manufacturing plants, highlighting its indispensable role.
In civil facilities, it plays a pivotal role in building and maintaining structures such as factories, workshops, office buildings, and residences. Moreover, in the warehousing and logistics industries, it serves as a crucial component connecting various floors of cargo pathways.