This is the Reason Why WF Structures Are Often Used for Tall Buildings

In the world of high-rise construction, the choice of structural materials greatly determines the strength and safety of the building as a whole. One of the most frequently used types of steel profiles is WF (Wide Flange) steel. But, why is the WF structure so popular for high-rise buildings?

1. Strong to Withstand Vertical and Horizontal Loads
The WF profile is designed with an "H" shape that is able to withstand compressive loads from above and shear loads from the side optimally. This is very important for high-rise buildings that have large structural pressure and must be stable in the face of strong winds and earthquake vibrations.

2. Easy to Connect and Install
Compared to other conventional structures, WF is easier to assemble and connect with welding or bolting techniques. This speeds up the construction process and makes it easier to monitor the quality of the installation.

3. Durable and Minimal Maintenance
WF steel has high resistance to corrosion if coated with the right protection. For high-rise buildings that are difficult to reach for routine maintenance, the use of materials that require minimal maintenance is very crucial.

4. Consistent and Factory Precision
Each WF bar is manufactured in a factory with uniform size and quality. This makes structural calculations more accurate and efficient, and reduces the risk of errors in construction.

5. Suitable for Modular and Multi-Storey Structures
High-rise buildings are often built with a modular system so that the construction time is efficient. The WF structure supports this concept because it can be used as a column, main beam, or connection between floors.

Need SNI Quality WF for Your Project?
PT Intisumber Bajasakti provides various sizes and specifications of SNI WF steel that are suitable for the construction of multi-storey buildings, warehouses, and bridges.

📞 Contact us at +6221 66675999
🌐 Visit our official website at www.intisumberbajasakti.com for complete information and orders.