By securely fixing the lattice bars with high precision, the effectiveness of deformation prevention is enhanced!
The "GT Hook SF/FI Type" is a non-welded fitting for securing lattice bars. It securely fastens the main bars and hoop bars, and then fixes the hoop bars to the lattice bars. This method ensures that the strength is not affected by any misalignment between the main bars and the lattice bars, allowing for a more reliable fixation. By securing the lattice bars with high precision, the effectiveness in preventing deformation is enhanced. 【Features】 ■ Securely fastens the main bars and hoop bars, and then fixes the hoop bars to the lattice bars ■ Allows for a more reliable fixation without being affected by strength variations ■ Uses SF at approximately four points on the main bars and hoop bars ■ Uses FI at approximately four points on the hoop bars and lattice bars *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Design Strength kN/location (1/location)】 ■Standard (SF Type): Main Reinforcement D13 to D51 × Stirrups D13 to D32 ■Tensile Strength: 70 (7) ■Allowable Stress: 21 (2.1) ■Safety Factor (F): F=3 *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Keshin Kogyo Co., Ltd. contributes to the efficiency of rebar construction and the simplification of quality control through its completely weld-free GT method. The GT method using Keshin Kogyo's weld-free hardware eliminates the processing of hoop bars, welding of reinforcement frames to main rebar, and welding of hoop bars, making it a safe, reliable, and high-quality assembly method that anyone can use. With the rapid changes of the times, there is an increasing demand for higher quality in each building and greater efficiency at construction sites. We aim to contribute to society by developing innovative technologies that break free from conventional thinking and transform the future of work sites.