Singapore Specialized Engineering Pte ltd

High Tensile 250x75x20mm Galvanized C-Purlin For Roofing

C-Purlins are structural steel components commonly used in the construction of roofs. The “C” shape provides excellent strength while minimizing the weight, making them ideal for supporting roof panels and other structures. The dimensions of 250x75x20mm refer to the depth, width, and thickness of the C-Purlin, respectively, indicating a robust profile designed to withstand significant loads.

High Tensile 200x75x16mm Galvanized C-Purlin For Roofing

A C-Purlin is a structural element used extensively in building construction, particularly in roofing systems. Shaped like the letter “C,” this type of purlin provides essential support for roofing sheets and helps distribute loads evenly across the structure. Galvanized for corrosion resistance, the High Tensile C-Purlin can withstand the test of time and various weather conditions.

High Tensile 175x75x16mm Galvanized C-Purlin For Roofing

A C-purlin is a structural component that is typically used in the construction of buildings. Shaped like the letter “C”, these steel channels provide support for roofing and wall systems. The 175x75x16mm specifications refer to the dimensions of the purlin, with a height of 175mm, a flange width of 75mm, and a thickness of 16mm.

High Tensile 150x65x15mm Galvanized C-Purlin For Roofing

A C-purlin is a structural member commonly used in construction, particularly for supporting roofs and walls. Its unique C-shape provides enhanced strength and stability, making it ideal for various applications. The 150x65x15mm specification refers to its dimensions, offering an optimal balance between weight and load-bearing capacity.

High Tensile 125x50x15mm Galvanized C-Purlin For Roofing

A C-purlin is a structural component shaped like the letter “C.” It serves as a support beam in roofing systems, providing strength and stability to the entire structure. The high tensile 125x50x15mm galvanized C-purlin is specifically designed to withstand heavy loads, making it suitable for various applications, including warehouses, commercial buildings, and residential homes.

High Tensile 100x50x15mm Galvanized C-Purlin For Roofing

A C-Purlin is a structural member shaped like the letter “C,” which serves as a support for roofing sheets or panels. Commonly made from steel, C-Purlins are designed to withstand significant loads while maintaining a lightweight profile. The dimensions of 100x50x15mm indicate the depth, width, and lip length of the purlin, making it suitable for various architectural designs.

High Tensile 75x45x15mm Galvanized C-Purlin For Roofing

C-Purlins are structural steel members shaped like the letter “C.” They are widely used in construction for supporting roofs and walls. The 75x45x15mm dimensions provide a perfect balance of strength and flexibility, making them ideal for various roofing applications.

High Tensile Galvanized C-Purlin For Roofing

C-Purlins are structural members shaped like the letter ‘C’, typically made from steel. The “high tensile” aspect refers to the material’s ability to withstand high stress and strain, making it perfect for various construction applications. The galvanization process involves coating the steel with a layer of zinc, providing excellent corrosion resistance and enhancing the lifespan of the product.

High Tensile 3mm Thick Mild Steel C-Purlin For Roofing

A C-Purlin is a structural member commonly used in the construction of buildings, particularly for roofing systems. Its C-shaped profile provides exceptional strength and versatility, making it ideal for supporting roofs and wall structures. Made from high tensile mild steel, the 3mm thickness offers added robustness to withstand harsh conditions.

High Tensile 2.3mm Thick Mild Steel C-Purlin For Roofing

C-purlins are structural members shaped like the letter “C” and are widely used in the construction industry for supporting roofs and walls. They provide essential structural support while also allowing for the attachment of roofing materials. The “C” shape gives them an advantageous strength-to-weight ratio, making them an effective choice for various construction applications.