Cedar Steel — Tr

Welded Beams

Looking for a viable solution that offers amazing support as well as a strong sense of reliability? Then you don’t have to seek any further than welded steel beams! Crafted from a web and two flanges seamlessly merged through a deep penetration filet weld, these beams are engineered to withstand tremendous weights. In fact, a welded beam boasts up to 20% more strength than its standard counterparts.

Why welded beams

Why You Should Opt For Welded Beams

Welded beams share some of the same advantages as steel beams, like:

  • Cost-effective nature — Timber may seem cheaper, but a steel beam will last longer and is more versatile, making it much more cost-effective in the long run.
  • Fire resistant — As a non-combustible material, it will not change integrally because of fires.
  • Sustainability — 100% recyclable; beams usually consist of up to 25% recycled material and are one of the easiest materials to reuse.
  • Durability — Australia has turbulent weather, and you need materials that suit it. Steel resists wear and tear from our unrelenting environment, so you enjoy pristine estate regardless of the weather.
  • Decreased weight — Compared to concrete, steel is much lighter thanks to its higher strength and stiffness, reducing overall weight on foundations and improving ground-condition performance.

There are additional benefits that welded beams provide:

  • Availability in many sizes
  • Exceeds the Australian and New Zealand standards minimum requirement of AS/NZS 3679.2
  • Heavy duty
  • 20% stronger, with improved strength-to-weight ratios
  • Pre-heating is NOT required for welding
  • Faster to use because they’re prefabricated

Be sure to contact us to see how our services can suit your specific requirements and needs!

FAQs

Welded Beams FAQs

Welded beams are structural components commonly used in construction and engineering. They are created by welding together individual steel plates or sections to form a unified beam. This method offers advantages in terms of strength, customization, and efficiency compared to traditional methods of beam construction.

E beam welding refers to the process of welding an electron beam, while i beam welding refers to the process of welding an I beam. Both methods are used to weld beams, but they have different applications and advantages.

Welded beams come in various types, including:

  • H Beams: Characterised by wider flanges, which provide greater strength and stability. The welded H beam is commonly used in structural applications.
  • W Beams: Also known as “wide flange beams,” commonly used where weight-bearing capacity is important.
  • T Beams: Similar to I beams but with a smaller flange width. Commonly used in building construction and infrastructure projects.
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