New damping system
◎Low-cost seismic control function It is possible to add a seismic control function to wooden buildings at a low cost. For a typical two-story house, placing about 4 to 6 units on the first floor will demonstrate effectiveness. The connectors have the performance to withstand seismic energy equivalent to that of the Great Hanshin Earthquake through plastic deformation, making them suitable for new constructions as well as renovations. ◎High planning flexibility due to wall strength certification We have obtained certification from the Minister of Land, Infrastructure, Transport and Tourism for two types: - Traditional wall floor specification: wall strength ratio of 4.2 times (FRM-0587) - Large wall specification: wall strength ratio of 3.9 times (FRM-0588) When increasing the seismic resistance grade, it is necessary to add more shear walls, but the Face Damper can be included in structural calculations as a shear wall, eliminating the need to increase shear walls excessively. This allows for greater planning flexibility compared to seismic control systems that cannot be treated as shear walls. ◎Performance verified through experiments It has been demonstrated through full-scale vibration experiments that adding a Face Damper can reduce shaking by approximately 74%. *For more details, please feel free to contact us.
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basic information
【Product Lineup】 ■ Strog Node - Node.HSS - Node.Column - Node.Fastener - Node.HSML - Node.Rigid - Node.Seam - Node.Free - Node.Fork - Node.S - Node.RC ■ Strog Face - Face.Lattice - Face.Solid - Face.Plane - Face.Damper ■ Strog LSB - LSB.Fs - LSB.Ms - LSB.FMs - LSB.Hole *For more details, please feel free to contact us.
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Company information
Strogg is a "timber structure engineering system" consisting of a variety of connectors that can be selected according to architectural plans and services that support the realization of advanced timber structure designs. We conceive, examine, and develop products and services that assist in achieving structures and designs that were difficult in traditional wooden construction, contributing to the popularization and development of timber architecture.
