Reinforced Joining Re-Bar Coupler

Supplier : J B Engineering Corporation

Key Features of Reinforced Joining Re-Bar Coupler
  • Develops strength mechanically, independent of concrete.
  • Proven cyclic performance of rebar offers strength during man-made, seismic or other natural events.
  • Provision for grounding electrical current
  • Reduce rebar congestion and improve concrete flow & consolidation.
  • Offer greater flexibility in design options.
  • The simplicity in detailing of reinforcement, particularly in reinforcement congestion zones minimizes the reinforcement fixing errors, detailing and fixing of seismic reinforcement becomes effortless.
  • Workability with higher steel-to-concrete ratio allows optimum sizing of RCC structural members.
  • Increase production rates because of reduced installation time and simpler quality control requirements.
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Product Profile of Reinforced Joining Re-Bar Coupler
Reinforced Joining Re-Bar Coupler is designed to join the reinforcement bars and is especially designed for splicing large diameter bars. J B Engineering Corporation, an ISO 9001-2008 Certified Company manufactures Reinforced Joining Re-Bar Coupler. J B Engineering Corporation offers Bar Couplers, Mechanical Splicing, Reinforcing steel bar, straight screw thread connections, Rock-Bolts Accessories, Washers-Expansion Shells, Construction Equipments, Grout Pumps and Pan Mixtures. The Reinforced Joining Re-Bar Coupler of mode Jb-9 provides continuous reinforcement to develop ductility in RCC structures independent of condition of concrete.

Key Features of Reinforced Joining Re-Bar Coupler
  • Develops strength mechanically, independent of concrete.
  • Proven cyclic performance of rebar offers strength during man-made, seismic or other natural events.
  • Provision for grounding electrical current
  • Reduce rebar congestion and improve concrete flow & consolidation.
  • Offer greater flexibility in design options.
  • The simplicity in detailing of reinforcement, particularly in reinforcement congestion zones minimizes the reinforcement fixing errors, detailing and fixing of seismic reinforcement becomes effortless.
  • Workability with higher steel-to-concrete ratio allows optimum sizing of RCC structural members.
  • Increase production rates because of reduced installation time and simpler quality control requirements.