Wood products company Setra is supplying the cross-laminated timber frames for Cederhusen, Sweden’s largest housing development in mass timber. This will be Setra’s first major delivery of crosslam structural panels from its brand new factory in Långshyttan, Sweden.

Homebuilding

Setra supplies timber frames for Cederhusen in Sweden

Setra supplies timber frames for Cederhusen in Sweden

Wood products company Setra is supplying the cross-laminated timber frames for Cederhusen, Sweden’s largest housing development in mass timber. This will be Setra’s first major delivery of crosslam structural panels from its brand new factory in Långshyttan, Sweden.

Cederhusen is being built above the tunnels for the E4/E20 motorway, thus connecting Stockholm and Solna. The project, Stockholm’s first inner city district in wood, comprises four apartment blocks rising up 10–13 floors, with crosslam walls, shafts and floor structures making up the structural frame.

When Veidekke Entreprenad, the sole contractor for the first neighbourhood in the project, was looking for a frame supplier, they chose Setra based on a combination of price, low environmental impact and high service level.

“A range of factors led us to opt for Setra as our supplier of the crosslam frames. Transport is an important factor for reducing the overall environmental impact, along with energy-efficient manufacture and a high degree of prefabrication. Setra also has solid experience in wood production, and it shows everywhere in the construction of the new factory for crosslam elements,” comments David Grimheden, Regional Manager Wood Buildings at Veidekke Entreprenad.

Anna Ervast Öberg is responsible for project development for Cederhusen.

“Cederhusen is the biggest and most complex project in Folkhem’s portfolio of just over ten amazing wood construction projects that we’re developing. The site is unusual because of its location in the middle of the city and above road tunnels. Folkhem only builds residences in wood anyway, but it has also been confirmed as the best choice for the site on the grounds of low weight.”