Tower's Inner flange type is an innovative and highly efficient technology that has revolutionized the construction industry. It is a design that is specifically created to help optimize the strength and stability of tall buildings and other structures. This technology has been developed to address the limitations of conventional steel reinforced concrete structures.
The Inner flange type is a structural steel framework that is fabricated in a unique design. It is made up of vertical and horizontal beams that are bolted together at the flanges. The beam's web is reinforced with unique steel plates placed on the inner side of the beam. These plates not only protect the beam's web from damage but also increase the overall strength of the framework.
It offers numerous benefits to the construction industry, including strength, durability, and efficiency. These benefits have increased the demand for this innovative technology among architects, builders, and developers worldwide. With the Inner flange type, structures can be built taller and stronger, thus saving on the costs of foundation, materials, and labor.
The Inner flange type technology is gaining popularity as it solves many structural issues associated with conventional concrete and steel structures. This is because, during its construction, the Inner flange type forms a monolithic structure that has fewer joints and welds. This implies that the whole framework is stronger and more durable. As a result, Inner flange type structures require less maintenance and repair in the long run.
Another advantage is its resistance to earthquakes and other natural disasters. The Inner flange type technology has been extensively tested to withstand severe seismic activities and other environmental influences such as corrosion, fire, and wind. This technology enhances the safety and security of people and property in high-risk areas, improving their quality of life.
