In the construction industry, the use of rebar upsetting couplers has revolutionized the way reinforcing bars are connected. This parallel-thread mechanical splicing system is specifically designed for the seamless connection of 16mm to 40mm reinforcing bars, ensuring a quick and efficient installation process. The key to its success lies in the utilization of high-strength raw material 40CR, making it a reliable and durable solution for structural reinforcement.

Compliance with international standards such as China's JGJ107-2010, UK's BS8110, USA's ACI318, and VN's TCVN8163, ensures that rebar upsetting couplers meet the strictest quality and safety requirements. This not only guarantees the structural integrity of the connections but also provides peace of mind to the construction professionals using them.

The features and advantages of rebar upsetting couplers make them a superior choice for any construction project:

Preservation of Bar Cross-Section Area

Unlike traditional methods such as lap splicing or welding splicing, rebar upsetting couplers do not reduce the bar's cross-section area, ensuring the structural integrity and load-bearing capacity of the reinforcement.

Fast Installation

The quick and easy installation process eliminates the need for torque wrenches, saving time and labor costs on the construction site.

Standard ISO Parallel Metric Thread Design 

The standardized design of the couplers ensures compatibility with a wide range of reinforcing bars, making them versatile and adaptable to various construction requirements.

Efficiency and Safety

With rebar upsetting couplers, mechanical connections are established swiftly, safely, and conveniently, offering a superior alternative to traditional splicing methods.

In conclusion, rebar upsetting couplers represent a high-efficiency and cost-saving solution for connecting reinforcing bars in construction projects. Their innovative design, compliance with international standards, and superior features make them a preferred choice for contractors and engineers seeking reliable and durable reinforcement solutions.