
The Macalloy SC460 is an extension of the Macalloy Tension System, available in stainless steel. The cable system utilises the same Macalloy fork end as the accompanying tension structures range of tension bars and compression struts, allowing for combinations of all three systems.
Benefits of Macalloy
Stainless cables.
- Can be coiled for transport to reduce cost
- Low maintenance
- Easy to install on-site
- Can be threaded directly into steelwork
- Can be used to span long distances
Macalloy SC460 Stainless Cable
The cables used permit a conventional elongation. The elongation of the cable length can be between 0.10 and 0.75%, depending on the magnitude and frequency of loading. This must always be considered in the design of the structure.
Macalloy offers three types of cable:
1X19 spiral strand has moderate initial stretch properties. All the cable adapter fittings are designed to match the minimum breaking load of the 1×19 cable.
Compact Strand has a higher breaking load, along with a lower initial stretch, than the 1×19 strand cable and is available in most diameters.
7×19 strand is the most flexible cable and is ideal where this property is paramount.
Standard Components
SC460 Tendons
The fork and pin components or the system are all made from austenitic or duplex stainless steel. The swaged fittings are factory swaged to both ends or the cable and the strength of the connection exceeds the break load of the cable.
Pin set bodies above SPA24 may be in martensitic stainless steel. The system Is designed to match the minimum break load of the 1×19 strand cable. If fittings are required to match the minimum break load of the compact strand, please seek advice from the Macalloy technical department, technical@macalloy.com
Connection Plates
All forks may be connected to either carbon steel or stainless steel connection plates with an equivalent strength to BS EN 10025 grade S275 or Grade 316 to BS 970.
Where carbon steel plates are used, isolation sleeves and washers may be required to prevent bi-metallic corrosion.
Finish
All components are finished in a Grit 220. (N3) polished finish. Other finishes are available on request. Please contact a member of the sales team.
For full details on the break loads, cable types, elastic stretch and component dimensions, download our brochure.
Our Projects
Dipolodocus, Fern, The Natural History Museum, London
View ProjectChateau Des Peres, Rennes, France
View ProjectCau Tay Do Bridge ,Can Tho, Vietnam
View ProjectNội Bài International Airport in Hanoi, Vietnam
View ProjectCentre for World Culture, Dhahran Saudi Arabia
View ProjectLas Arenas de Barcelona, Spain
View ProjectReflective Flow Chandelier, Qatar
View ProjectLondon’s New Sewage System
View ProjectCork Airport, Ireland
View ProjectKraków Bridge, Poland
View ProjectUniversity of Minnesota, Minneapolis, USA
View ProjectUniversity of Canterbury Strongfloor, Christchurch, New Zealand
View ProjectWind Turbine Foundation Anchor Bolt, Uljabuouda, Sweden.
View ProjectQueen Victoria Shopping Centre, Sydney, Australia.
View ProjectEsplora Interactive Science Museum, Kalkara, Malta.
View ProjectDubai Metro Station, Dubai, UAE.
View ProjectCenter Parcs, Longford Fores, Ireland.
View ProjectArc by Crown Apartments , Sydney, Australia.
View ProjectGibson Hotel in Point Village, Dublin, Ireland.
View ProjectClarke Quay, Singapore.
View ProjectThe Art Institute of Chicago, Chicago, USA.
View ProjectInternational Spy Museum, Washington,DC, USA.
View ProjectThe National Library , Stavros Niarchos Foundation Cultural Center ( SNFCC) Athens, Greece.
View ProjectWaterloo Station, London, UK
View ProjectThe Renault Distribution Centre, Swindon, UK
View ProjectGolden Jubilee Bridge, London
View ProjectNew Witry Bridge, Reims , France
View ProjectThe Green Street Pedestrian and Bicycle Bridge, Winston-Salem, NC, USA
View ProjectOkavango Delta Bridge, Mohembo, Botswana
View ProjectHammersmith Flyover, London
View ProjectViaducto Marin UTE, Arlaban, Spain
View ProjectTroja Bridge, Prague
View ProjectValiyazheekkal, Kerala India Bridge
View ProjectRegents Park Bridge, Johannesburg, South Africa
View ProjectWainwright Arch Bridge, Blackburn
View ProjectPont Shuman, Lyon, France
View ProjectBrayford Footbridge, Lincoln
View ProjectSofia Bridge, Sofiero Palace, Helsingborg, Sweden
View ProjectKL8 Footbridge, Poznan, Poland
View ProjectNavia River Viaduct, Asturies, Spain
View ProjectJohn Paul II Bridge, Pulaway, Poland
View ProjectYavuz Sultan Selim Bridge, Istanbul , Turkey
View ProjectIzmir Airport, Turkey
View ProjectQuebec City Jean Lesage International Airport, Canada
View ProjectNiagara Falls International Airport, New York USA
View ProjectBirmingham University, Dubai
View ProjectMunich International Airport, Germany
View ProjectDubai International Airport, UAE
View ProjectKuwait International Airport, Farwaniya Kuwait
View ProjectPorto International Airport, Portugal
View Project