Design- Friendly |
- Reduces rebar Congestion & improves concrete consolidation
- Improves Steel-to – concrete ration
- Elimintaes lap splices in high stress regions
- Allows greater flexibility in design options
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Proven reliable |
- Performs like a continuous piece of rebar
- Splice strength developed independent of concrete
- Provides ductility independent of concrete condition
- Achieves greater strength
- Offers strength during man-made, seismic and other natural events
- Superior cyclic performance
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| Economical |
- Requires no special skills & reduces labour costs
- Accelerates construction schedules for optimum cost and efficiency
- Reduces valuable crane time
- Reduces material costs because less rebar is used
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Additional Advantages |
- Spplicetek offers an excellent current carrying capacity or strike path for grounding buildings
- Resistant to impact loads during man- made or natural events
- Increased sheer load capacity
- Promotes low cycle fatigue performance
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Manufacturing Process |
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Type – 1 Direct Taper Threading Process
Description : In this process Direct Taper Threading is done on the Rebars with Threading Machine. It confirms to BS – 8110 Part 1-1989 & BS-5400 Part4-1990 and ACI-318 (Type1) |
- End of the reinforcing bar is sawn square.
- 3 degree Taper Threading is then done on the Rebars.
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Type – 2 Compressed Rib Taper Threading Process
For type 2 Bar- Break Performance (Typical). It conforms to BS-8110 Part1-1989 & BS-5400 Part4-1990 and ACI-318 (Type1 & Type2) |
- End of the reinforcing bar is sawn square.
- The Area to be Threaded is compressed with Hydraulic Machine to Flatten the Ribs.
- 3 degree Taper Threading is then done on the Rebars
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| Typical Bar-Break Performance |
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