Since 1993 AMECO USA has emerged as the premier
Cable Stayed Bridge Components Fabrication Company in the World. Staying abreast
of emerging
Cable Stayed Bridge Contruction Technology, AMECO USA is positioned to offer
Cable Stayed Bridge Component engineering
and
fabrication services on-time and within budget.
The
cable stayed bridge components fabricated by AMECO USA include, but not limited:
- Guide Pipes of Stainless Steel
- Cable Stayed Bridge Anchors
- Ring Nuts
- Guide Pipes of Carbon Steel
- Transition Covers
- Pylon Saddles and Cradles
- Hanger Plates of Stainless Steel
- Cable Stayed Bridge Rails of Stainless Steel
- Seal and Grout Caps
- Bearing Plates
- Anti-Vandal Covers
When you think new
cable stayed bridge construction and
fabrication, think AMECO USA.
At Ameco USA
Cable Stayed bridges have been compared to the masts of majestic sailing ships, and thanks to the
components fabricated by
AMECO USA, have been proclaimed as monuments to engineering technology. AMECO USA engineers each
component as a unique
components structure, engineered to address specific transportation requirements and respond to site, owner and community functionality.
AMECO USA is on the forefront of
components construction technology and material science for
bridges and has been an important part of advancing
cable stayed bridge technology. Materials and technology incorporated by AMECO USA into
cable stayed bridge component design has incrementally improved with more economical, sustainable and lower maintenance materials.
From Ameco USA's perspective, the
cable stayed bridge may look like just a variant of the suspension
bridge, but
components fabrication and deployment makes this type of
bridge very different.
Cable stayed bridges differ from their suspension predecessors in that they don't require anchorages, nor do they need two towers. Instead, the
cable stayed cables run from the roadway up to a single tower that alone bears the weight.
By design, the single tower of a
cable stayed bridge is responsible for absorbing and dealing with compressional forces. The
cables attach to the roadway in various ways. For example, in a radial
components pattern,
cables extend from several
bridge tower points on the roadway to a single point at the tower, like numerous
fabrication fishing lines attached to a single pole. In a parallel pattern, the
bridge cable stayed cables attach to both the roadway and the tower at several separate points.
