Tapping screws that can be used on high-tensile steel plates! Tapping screws that reduce the risk of brittle fracture.
"GIGAFIT" is a tapping screw that can be used with ultra-high tensile materials of 1180 MPa. It is made from materials that have a low risk of brittle fracture, featuring a hard surface and a soft core. It meets the needs for applications aimed at strength and weight reduction, such as bonding ultra-high tensile materials with other metals. [Features] ■ Can be used for tapping in ultra-high tensile materials ■ Low risk of brittle fracture ■ Soft core setting ■ Suitable for thread-forming fastener shapes *For data and material requests, please feel free to contact us through the Yamashina website: http://www.yamashina.ne.jp/
Inquire About This Product
basic information
【Other Features】 ■Weight reduction ■Thin plate design ■Overall cost reduction *For data and material requests, please feel free to contact us through the Yamashina website: http://www.yamashina.ne.jp/
Price range
Delivery Time
Applications/Examples of results
【Applications】 ■ Tapping fasteners for ultra-high tensile materials ■ Reduction of total costs by minimizing the use of nuts ■ Prevention of galling of tapping screws on materials like SECC that have been work-hardened by barreling *For data or material requests, please feel free to contact us through the Yamashina website: http://www.yamashina.ne.jp/
catalog（2）
Download All Catalogs
Company information
Established in 1917, during the dawn of mass production of screws in Japan, the company succeeded in producing the first domestic cross-recessed screws in 1949 and cooperated with the government to domesticate tapping screws in 1954. We hold data on over 200,000 types of screws and bolts, enabling us to manufacture a variety of products with high quality. Recently, we have been focusing on research and development investments, working on tapping bolts with a diameter of 6mm or more, high-strength aluminum bolts, tapping screws for thin steel plates, and tapping screws for CFRP, which will support the next generation. We are committed to challenging innovative technology development without being bound by history.