A resin thread-forming screw that significantly shortens the period for standardizing screws and fastening design.
■EVO PT is a thread-forming screw for resin developed by the German company EJOT. The torque during screwing does not increase regardless of the screw length. This allows for stable fastening operations even when there are variations in driver torque or pilot hole depth. ■Additionally, by using the dedicated simulator EVO CALC, it is possible to examine the conditions for successful screwing without the need for prototypes, significantly reducing the costs, effort, and testing time required for adoption. ■Yamashina is entrusted with manufacturing and sales as the official licensee in Japan. ■Key points are explained in a video. For more details, please visit Yamashina's website. https://www.kk-yamashina.co.jp/product/evo-pt.html ■Yamashina has released a video on YouTube. https://www.youtube.com/watch?v=4SqQ1dCGvoM
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basic information
■We will reduce the examination period required for fastening by 40%. This is a completely new solution that can shorten the examination period for our customers from the typical 8 months to approximately 4.75 months. ■One type accommodates various lengths. A special female thread forming section reduces resistance during screwing in, allowing the female thread to be formed with a consistently low screwing torque. This makes setting the target torque during fastening very simple, regardless of the boss length. ■Excellent fastening performance. The newly developed screw section provides high pull-out strength, high break torque, and high axial force. The tip is designed to enter the pilot hole straight, making it suitable for automation using robots. The counterbore can be shortened to about one-third of existing products, allowing for a reduction in boss depth. Due to low friction during screwing, it can be screwed in at high speeds, minimizing heat generation and preventing damage to the resin. It is also suitable for hard resins like GF-40 and has good reusability. ■Use of the dedicated simulator EVO CALC. By inputting information about the counterpart material, it calculates the appropriate pilot hole diameter, screwing torque, and failure mode. It also simulates changes in axial force due to creep of the resin and temperature variations after fastening.
Price information
■For more details, please feel free to contact us through Yamashina's website. https://www.kk-yamashina.co.jp/contact_product/index.html ■Additionally, we recommend deriving fastening conditions and examining feasibility using EVO CALC before cost estimation. Please contact us through Yamashina's website. https://www.kk-yamashina.co.jp/contact_product/index.html
Price range
P1
Delivery Time
※The time required for contract consideration will be reduced by 40% compared to conventional products.
Applications/Examples of results
1. It is optimal when you want to shorten the testing period for heat cycle tests and the specifications of screws required for fastening. 2. When you want to unify screws of various lengths into one type and standardize them. 3. For fastening work where you want to screw in at high speed. 4. For use with hard resins such as GF-40. 5. When you want to suppress the heat generation of the boss during screwing and reduce its damage. 6. For the robotization (automation) of fastening. ■ For more details, please visit Yamashina's website. https://www.kk-yamashina.co.jp/product/evo-pt.html
Detailed information
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Yamashina Resin Thread Forming Screw EVO PT Size M6
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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.