What are universal columns and universal beams?
Universal columns and beams are structural steel sections used in construction projects. Universal columns, also known as UCs, are vertically oriented I-shaped sections that provide structural support. Universal beams, also known as UBs, are horizontally oriented I-shaped sections that provide stability and support for horizontal loads. Both universal columns and beams are commonly used in construction projects for their versatility, strength, and durability.
Key Features
UB Section
Section | Section Wt. (kg/m) |
---|---|
UB 152 x 89 | 16 |
UB 152 x 100 | 13/18/24 |
UB 178 x 102 | 23.1 |
UB 203 x 133 | 25/30 |
UB 254 x 146 | 31/37/43 |
UB 305 x 102 | 22/25/28/33 |
UB 305 x 165 | 40.3/46/54 |
UB 356 x 171 | 45/51/57/67 |
UB 406 x 140 | 39/46/53 |
UB 406 x 178 | 54/60/67/74 |
UB 457 x 152 | 52/60/67/74/82 |
UB 457 x 191 | 67/74/82/89/98/106/133/161 |
UB 533 x 165 | 66/74/85 |
UB 533 x 210 | 82/92/101/109/122 |
UB 610 x 229 | 101/113/125/140 |
UC 305 x 305 | 149/179/238 |
UB 762 x 267 | 147/173/197/220 |
UC Section
Section | Section Wt. (kg/m) |
---|---|
UC 152 x 152 | 23/30/37/51 |
UC 203 x 203 | 37.3/46/52/60/71/86 |
UC 254 x 254 | 73/89/107/132/167 |
UC 305 x 305 | 97/118/137/158/163/198/240/283 |
UC 356 x 368 | 129/153/177/202 |
UC 356 x 406 | 235/287 |
Universal Columns and Universal Beams by JSP Structurals
JSP Structurals offers a wide range of high-quality universal columns and beams, which are essential components in building and construction projects. These structural steel sections are designed to provide superior structural support and are available in a variety of sizes and shapes to suit different applications. JSP Structurals’ universal columns and beams are known for their excellent mechanical properties, weldability, and dimensional accuracy, making them a popular choice for construction and infrastructure projects worldwide.
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FAQs
What are universal beams?
Universal beams, also known as I-beams or H-beams, are structural steel members characterised by their distinctive "I" or "H" shape. They are widely used in construction and engineering for their ability to support heavy loads and provide structural stability. Universal beams have a horizontal top flange, a vertical web connecting the flanges, and another horizontal flange at the bottom. This design distributes the load evenly, making them ideal for supporting the weight of buildings, bridges, and various infrastructure projects. Their versatility and strength make universal beams a fundamental component in modern construction, allowing for the creation of sturdy and reliable structures.
What are universal columns?
Universal columns, also known as UC beams or wide-flange beams in some regions, are structural steel members commonly used in construction and engineering. They have a distinctive "I" or "H" shape and are designed to provide support for heavy loads, making them essential for building sturdy structures such as bridges, buildings, and industrial facilities. Universal columns are characterised by their vertical web and horizontal flanges, which distribute the load efficiently. These versatile columns come in various sizes and can be used in a wide range of applications, offering strength and stability to construction projects of varying scales.
What is the difference between UC and UB?
Universal columns and universal beams are both structural steel sections used in construction, but they differ in their shape and purpose. UBs are versatile and commonly used for horizontal load-bearing applications, such as beams that support the weight of roofs, bridges, or horizontal structural elements. On the other hand, UCs are primarily used for vertical load-bearing applications, such as supporting the weight of floors or vertical columns in buildings.
How to choose universal beams and columns for construction projects?
Choosing universal beams and columns for your construction projects involves considering several key factors. First, determine the load-bearing requirements of your project, including the weight and forces the beams and columns will need to support. Next, calculate the span and height dimensions to ensure the selected beams and columns can adequately distribute the load. Material selection is crucial; opt for materials like steel or aluminium, known for their strength and durability. Additionally, consult building codes and regulations to ensure compliance with structural standards. Finally, consult with a structural engineer or expert to make an informed decision based on the specific needs and constraints of your construction project.