Over the last decade — in outlets reaching from construction industry journals to the Boston Globe and the Economist; from CNN and Fast Company to Popular Mechanics; to Nautilus and TED talks — we’ve been hearing increasingly about mass timber and related phenomena: “CLT,” big wood, tall wood, tall timber, timber towers, ply-rises, plyscrapers, ply in the sky, super-ply, Brobdingnagian boards, and all manner of engineered arboreal futures.
Residences and low-rise commercial structures have been built using dimensional wood framing since the mid-19th century. The first skyscraper ever built was erected with steel framing, however. The Home Insurance Building in Chicago was completed in 1885 and was 10 stories tall.
Cross-laminated timber (CLT) is changing the way urban builders scrape the sky. From London to Tokyo, the race is on to build the tallest wood-framed skyscraper in the world. Prized for its workability, low cost and visual aesthetics, wood was widely used by urban builders until the early 20th century, when fires triggered by the 1906 San Francisco Earthquake leveled the largely stick-built city. Until recently, the other knock on wood was a vertical one, in that stick-framed buildings generally top out at five stories, owing to the accumulation of dead and live loads in excess of the allowable loads
Parts, however solid and sturdy they are, won’t hold themselves up. They have to be fastened in place. That’s why we offer a complete line of fasteners that are designed and tested specifically for use with our connectors. However, not every fastener can be used with every connector. Here’s how to identify the right fastener-connector combination for your next project.
