As a leading reinforcement couplers supplier, CHEERON offers factory-manufactured type I and type II rebar couplers that meet global standards. The mechanical couplers are manufactured according to ISO 9001 quality standards. They are tested in various modes by an independent, certified testing laboratory: tensile, fatigue, seismic, and cyclic testing.
Our mechanical couplers for reinforcement steel combine precision, durability, and ease of installation. Whether for cast-in-place or precast concrete projects, whether bridges, tunnels, high-rise buildings, or seismic engineering, CHEERON provides innovative and high-quality mechanical rebar splicing solutions, making it the preferred choice for contractors and engineers.
Especially for large-diameter rebar connections
Eliminating overlapping and reducing rebar usage
Couplers can be prefabricated in the factory
Minimizes rebar overlap in concrete.
Rebar connector coupler meets diverse project specifications
Constructed with S45C/40Cr steel for superior strength. Ensures 1.7 times the tensile strength of standard rebar. Precision CNC-threaded with ±0.01mm tolerance. Third-party verified for exceptional durability.
Coupling reinforcement feature simple, efficient installation. Professional team monitors project progress. Supports OEM customization to address specific needs.
ISO 9001-certified manufacturing. Over 25 years of experience since founding in 1998. One-year warranty for comprehensive after-sales support.
Rebar Couplers are precision-engineered mechanical splices of bars designed to connect steel reinforcement bars end-to-end in concrete columns.
Mechanical couplers for reinforcement feature unique designs like parallel or tapered threaded splicing, squeezing splicing, grout splicing, bolt-locking splicing, and the fastest one-touch splicing for robust, versatile rebar connections in construction.
Mechanical rebar couplers are mainly used for connecting and anchoring reinforcement in cast-in-place or precast concrete. Cheeron reinforcing bar couplers are commonly used in high-rise buildings, bridges, highways, railways, tunnels, nuclear power plants, hydroelectric power plants, and other projects both domestically and internationally.
