Reliable resin injection is possible! We offer anchor pins compatible with finishing layer thicknesses from 20mm to 50mm.
The "FS Non-Break Anchor" is an anchor pin with an inner tube expansion type injection port. During installation, it does not damage the finished surface, does not close the floating part (gap), and allows for reliable resin injection. We offer a lineup including "FSN-50" for a finished layer thickness of up to 20mm, "FSN-65" for a finished layer thickness of 35mm, and "FSN-80" for a finished layer thickness of up to 50mm. 【Features】 ■ Does not damage the finished surface during installation ■ Does not close the floating part (gap) during installation ■ Allows for reliable resin injection *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Shape】 ■FSN-50 ・Finish layer thickness up to 20mm ・φ6mm×L:50mm ■FSN-65 ・Finish layer thickness up to 35mm ・φ6mm×L:65mm ■FSN-80 ・Finish layer thickness up to 50mm ・φ6mm×L:80mm *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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Company information
FS Technical Co., Ltd. is a company that develops and provides high-strength and rational tools and methods (FST method) for exterior wall renovation and reinforcement work. Traditionally, there are methods for repairing tile and mortar exterior walls, such as the conventional method (pinning method) where holes are drilled into the exterior wall using a vibration drill, resin is injected, and all-thread pins are inserted and fixed, as well as the anchor pin method with injection ports, where holes are drilled into the exterior wall, metal expansion anchors are driven in, and resin is injected from the top of the expansion anchor to secure it. However, both of these methods have various issues. The FST method addresses all of these problems and is a construction method that pursues environmental consideration, high strength, and rationalization through reliable construction effects.
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