Mechanical splices
STRUCTURAL CONTINUITY,
DESIGN EFFICIENCY
WHEN LIGHTNESS BECOMES ESSENTIAL
Joints represent an advanced and secure solution to ensure optimal load transfer between bars, overcoming the limitations of traditional methods such as lapping or welding.
At Presider, we offer a wide range of high-performance joint systems with couplers, specifically developed to meet the requirements of international markets and comply with all relevant technical standards.
These solutions drive greater on-site efficiency, reduce congestion, and simplify installation while maintaining the highest standards of strength and reliability. With the support of our technical team, we guide every project in selecting the most suitable joint, providing certified performance and full traceability at every stage of the process.
OF MECHANICAL SPLICES
Eliminating any possibility of bar alignment errors, they guarantee accuracy and dependability throughout the entire process.
They prevent potential reinforcement congestion, ensuring the proper flow of concrete during the critical casting phase.
The solution proposed by Presider guarantees continuity of the reinforcement cross-sectional area and ensures effective ease of installation.
They accelerate work schedules, increasing efficiency and reducing costs, while ensuring excellent reliability.
Comparison: Rebar Lapping vs. Mechanical Joints in Columns
BARTEC MECHANICAL SPLICES by LINXION
Fast, safe, and reliable. Thanks to innovative technologies, installation times are continuously decreasing, while maintaining the excellent quality of our components for robust and long-lasting joints. Ideal for any application, they offer an efficient and certified solution for all your connection needs.
LENTON MECHANICAL SPLICES
The self-aligning, self-centering, and self-locking tapered thread joint offers ease of installation and consistent, long-lasting performance. Furthermore, it develops higher tensile strength compared to traditional rebar lapping.
REBAR THREAD TYPES BASED ON INSTALLATION METHODS
Corso Vittorio Emanuele II, 92 10121 Torino - IT
Sede Amministrativa
Strada del Francese, 13/17 10071 Borgaro Torinese (TO) - IT
Direzione e coordinamento Feralpi Siderurgica S.p.A.
A company of Feralpi Group