Description
Lenton A12 Couplers are engineered to splice reinforcing bars of the same diameter, particularly where one bar is free to move and can be rotated. They offer a quick and efficient solution for rebar splicing, using a distinctive self-aligning taper-threaded design that ensures both continuity and structural integrity in reinforced concrete structures.
Key Features:
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Unique Taper-Threaded Design: The self-aligning taper thread allows for easy installation, ensuring a tight and secure connection between bars without the need for additional alignment tools. This design feature helps to reduce installation time and labour costs.
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High Tensile Strength: Lenton A12 Couplers provide a splice that develops higher tensile strength than traditional lap splicing methods. This results in a more robust and reliable connection, enhancing the overall strength of the concrete structure.
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Quick and Easy Installation: The couplers are simple to install—just rotate the free bar into the coupler. This straightforward process makes Lenton A12 Couplers an efficient choice for various on-site applications where speed and reliability are critical.
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Reliable Continuity: The secure connection provided by the taper-threaded design ensures structural continuity, which is essential for the performance of reinforced concrete elements, such as beams, columns, and slabs.
Benefits:
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Improved Structural Performance: By providing a stronger and more consistent connection than lap splicing, Lenton A12 Couplers help improve the overall structural integrity of reinforced concrete construction.
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Cost-Effective Solution: The ease of installation and the elimination of bar alignment issues contribute to reduced labour costs and installation time.
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Versatility: Suitable for a range of construction applications, including columns, beams, slabs, and other reinforced concrete elements where bar rotation is feasible.
Lenton A12 Couplers are a reliable and efficient solution for rebar splicing in construction projects, offering enhanced strength, easy installation, and dependable structural performance.