Singapore Specialized Engineering Pte ltd

High Tensile 200x73x77x20mm Galvanized Z-Purlin For Roofing

A Z-Purlin is a structural component commonly used in steel framing for roofs and walls. Its unique “Z” shape provides superior load-bearing capabilities, making it ideal for supporting roofing sheets and panels. The 200x73x77x20mm dimensions indicate its size, which is perfectly suited for a variety of roofing applications.

High Tensile 150x63x67x20mm Galvanized Z-Purlin For Roofing

Z-purlins are structural steel components used primarily in the construction of buildings and roofing systems. They are named for their distinctive “Z” shape, which allows for efficient weight distribution and strength. The 150x63x67x20mm specification refers to the dimensions of the purlin, indicating its width, height, and thickness.

High Tensile 100x48x52x15mm Galvanized Z-Purlin For Roofing

A Z-Purlin is a horizontal structural member used in roofing systems, typically made from steel or other high-strength materials. Its unique “Z” shape allows it to support loads efficiently, making it an ideal choice for various roofing applications. The dimensions 100x48x52x15mm refer to its height, width, and thickness, ensuring the right balance of strength and lightweight properties.

High Tensile Galvanized Z-Purlin For Roofing

A Z-Purlin is a structural steel member that is shaped like the letter “Z”. It is primarily used in the construction of roofs and walls in commercial and industrial buildings. The unique shape of Z-Purlins allows for effective load distribution, making them an essential component in steel framing systems.

High Tensile 3mm Thick Galvanized C-Purlin For Roofing

A C-purlin is a structural member shaped like the letter “C”. It is primarily used in the construction of buildings as a support system for roofs and walls. The design allows for excellent load-bearing capabilities, making it a preferred choice in various applications, including commercial, industrial, and residential roofing.

High Tensile 2.4mm Thick Galvanized C-Purlin For Roofing

A C-Purlin is a horizontal structural member used in building construction, particularly in roofing and wall systems. The “C” shape provides a high degree of strength while allowing for efficient weight distribution. The high tensile version is engineered to withstand greater loads, making it an ideal choice for various construction applications.

High Tensile 1.9mm Thick Galvanized C-Purlin For Roofing

C-purlins are horizontal structural elements that provide support to roofing systems. Shaped like the letter “C,” these purlins are used in a variety of applications including residential, commercial, and industrial buildings. Their unique design allows for efficient load distribution, making them an ideal choice for roofing systems.

High Tensile 1.5mm Thick Galvanized C-Purlin For Roofing

A C-purlin is a structural component that resembles the letter “C” in cross-section. It is widely used in construction for supporting roofs and walls. Made from high-tensile steel, C-purlins are designed to withstand heavy loads while being lightweight and easy to install.

High Tensile 300x96x20mm Galvanized C-Purlin For Roofing

A C-Purlin is a structural component used in construction, characterized by its C-shaped cross-section. This design provides excellent strength-to-weight ratio, making it an ideal choice for various applications, particularly in roofing and framing. The 300x96x20mm dimensions indicate its width, height, and flange thickness, respectively, ensuring it meets the demands of various construction projects.

High Tensile 275x75x20mm Galvanized C-Purlin For Roofing

A C-Purlin is a structural component used in various construction projects, particularly in roofing systems. Its C-shaped cross-section provides strength and stability, making it an ideal choice for supporting loads and forming the framework of roofs. The “275x75x20mm” dimensions refer to its height, width, and thickness, respectively, while the galvanized coating provides enhanced resistance against corrosion.