Full Grout Rebar Coupler for Precast Concrete Connections

Looking for a better way to connect rebar and ensure load transfer continuity in your construction projects? Look no further than Grace

Product features

Full grout rebar couplers are designed to connect reinforcing bars in precast concrete structures using high-strength grout. The coupler cavity is filled with non-shrink grout to create a reliable mechanical splice connection between reinforcing bars.
Key advantages include:
Reliable load transfer between reinforcing bars
Suitable for precast concrete construction
No bar threading required on site
Strong mechanical splice performance
Compatible with various reinforcing bar diameters
Widely used in buildings, bridges, and infrastructure projects

100% pass tensile test

Of rebar/sleeve connection

< 40 seconds

Machine cycle, including test

nuclear reactors

product support

Benefits

Every connection is proof-tested by a non-destructive tensile test during the extrusion cycle.
Standard parallel threads: no torque wrenching required and no risk of cross-threading.
Visual inspection of joints is sufficient.
Excellent fatigue performance thanks to rolled threads.
Compliant with OSHA regulations.

Having installed millions of connectors to date on some of the most technically demanding projects in China, Grace has proven itself to be the reliable, scalable and top performing Chinese rebar connector.

Grace China

About Grace

GRACE is a factory and trading company based in Chongqing, China, with over 10 years of experience in the production and distribution of high-quality rebar couplers and processing equipment. Our range of products includes rebar couplers, such as thread rebar couplers, rebar grout couplers, MBT reinforcing bar couplers, cold extrusion rebar couplers, one touch rebar couplers, and epoxy coated couplers. We also offer rebar processing equipment, including rebar bending machines, rebar cutting machines, rebar thread rolling machines, automatic stirrup benders, and CNC stirrup bending machines.

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