Achieve "no twisting" and "no loosening" without welding! Improve work efficiency! Options available for "hardware only," "hoops only," and "reinforcement frames only"!
The "GT Hook" is a completely weld-free fitting that can improve work efficiency. By using this product, it is possible to connect all rebar and reinforcement frames without rigidly welding them together. The combination of flange-equipped lock nuts and custom wire ensures that there is no loosening, maintaining an accurate shape. 【Features】 ■ Joins rebar without welding ■ Prevents twisting and deformation ■ Maintains accurate shape ■ Allows for the production of fittings suitable for the job site ■ Can be assembled without skilled workers *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Lineup】 ■ Main Rebar × Reinforcement Frame (Flat Bar) Fixing ・ Type A (Bolt Tightening) ・ Type B (Bolt Loosening) ・ Type BW (Twist Prevention Reinforcement Rebar Fixing) ■ Main Rebar Overlap Joint ・ Type SJ ■ Conventional Hoop Rebar Joint ・ Type FJ ■ Main Rebar × Hoop Rebar Fixing ・ Type TT ■ Grid Rebar Fixing ・ Type SF/FI ■ No-Weld Spacer *For more details, please refer to the PDF materials or feel free to contact us.
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Applications/Examples of results
【Examples of Use】 ■ Angle and C-channel ■ Underground continuous walls, foundation work, structural work, etc. *For more details, please refer to the PDF materials or feel free to contact us.
Detailed information
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Wave-dissipating block
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Company information
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.