Outstanding features

  • The structure of 14 uniform round waves creates a soft, round wavy shape, high aesthetics
  • Diverse colors such as white, blue, turquoise, cream yellow and wood grain, easy to coordinate with many different architectural styles
  • Light weight and can be cut on demand, flexible in connecting corrugated iron sheets, saving time, transportation and construction costs

Round Wave Steel Sheet with 14 Ribs is a type of roofing sheet with a structure consisting of 14 evenly spaced wave ribs, creating a circular wave shape. This product is made from heavy steel G300-550mpa, galvanized or coated with aluminum-zinc alloy, and covered with high-quality paint according to Japanese and European standards. The manufacturing process uses specialized round wave sheet rolling machines to ensure beautiful wave patterns and high aesthetics. The Round Wave Steel Sheet with 14 Ribs is commonly used for ceilings and roofing in civil and industrial constructions, entertainment areas, providing a sustainable and modern appearance for architecture.

One of the standout features of the Round Wave Steel Sheet with 14 Ribs is its structure of 14 evenly spaced waves, which enhances load-bearing capacity and rigidity of the sheet, helping to reduce purlin costs. The additional waves between the wave peaks not only increase durability but also allow for more flexible purlin spacing design. The product has a width of 1.07m and a usable width of 1.0m, making it easy to calculate the number of sheets and the necessary lengths. Its diverse colors, such as white, blue, emerald green, cream yellow, and wood grain, make the Round Wave Steel Sheet with 14 Ribs easy to coordinate with various architectural styles and Feng Shui. With the ability to cut to order and its lightweight, installation and repairs become quick, saving time and costs for the user. These features make the Round Wave Steel Sheet with 14 Ribsa preferred choice for many current construction projects.

The Round Wave Steel Sheet with 14 Ribs possesses many outstanding advantages, such as evenly designed round waves and high peaks that enable quick water drainage, effectively preventing water overflow. Additionally, the improvement with supplementary waves between the wave peaks increases the stiffness and durability of the sheet, allowing for larger purlin spacing design, thus saving construction costs. However, some drawbacks may include the need for precise construction techniques to ensure the joint compatibility of the sheet panels and the selection of a suitable coating for the operating environment to optimize the product’s lifespan.