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Φ12–Φ40mm
The One-Touch Rebar Coupler is a next-generation mechanical splice solution engineered for speed, safety, and efficiency in modern construction. It eliminates the need for:
Thread cutting machines
Welding equipment
Hydraulic pressing tools
Skilled installation technicians
By simply pushing the rebar into the coupler, a fully locked structural connection is achieved within seconds.
The internal structure typically includes:
High-strength steel sleeve body
Spring-loaded or wedge-shaped locking segments
Rib-engaging jaws or grip teeth
Preloaded self-tightening mechanism
When the rebar is inserted, the internal wedges move radially and axially, biting into the deformed rebar surface. This creates a 360° mechanical interlock, ensuring uniform stress transfer under tension and compression.
Self-locking wedge or jaw mechanism
High-tensile alloy steel body
Precision machined internal grip structure
Full 360° force distribution
Anti-slip rib engagement design
ISO / GB standard compliant mechanical splice capability
Suitable for HRB400 / HRB500 / B500B / equivalent steel grades
Based on industry development trends, One-Touch Rebar Couplers provide broader value beyond traditional reinforcement systems:
Mechanical splicing replaces lap splicing, significantly reducing steel congestion and improving concrete pouring quality.
Ensures continuous load transfer, improving seismic resistance and overall durability of reinforced structures.
Simplifies installation in congested or inaccessible areas such as beam-column joints and underground structures.
Fully compatible with:
Prefabricated construction (PC systems)
Modular building systems
Industrialized construction workflows
Designed to meet international mechanical splice standards such as:
ISO 15835
GB/T 50214
JGJ 107
The One-Touch Rebar Coupler represents a new generation of high-efficiency, zero-tool, mechanical rebar connection technology.
It combines:
Fast installation
High structural performance
Reduced labor dependency
Improved safety
Modern construction compatibility
making it an ideal solution for advanced civil engineering and infrastructure projects worldwide.

