TS3 nominated for INNOVATION AWARD WOOD 2019

21.08.2019

TS3 is high-performance timber construction for large projects. It allows you to create large areas from wood in a way that was previously only possible with reinforced concrete. The technology is the result of ten years of research and development by Timbatec Holzbauingenieure Schweiz AG together with the ETH Zurich and the Bern University of Applied Sciences. We are very pleased about the nomination.

TS3 nominated for INNOVATION AWARD WOOD 2019

The expert jury under the leadership of Erich Zeller has six projects for the INNOVATION AWARD WOOD 2019 on behalf of the trade fair Holz. nominated. With more than 50 projects, this year's award has set a new record and entry record and reflects the high innovative strength of the industry. The Announcement of the winners will take place on October 15, 2019, during the official Opening of Holz 2019, at Messe Basel.

We look forward with anticipation to the announcement of the winner of the INNOVATION AWARD WOOD 2019. We look forward to seeing you visit us during the fair at our booth Z 21. Then we will be happy to show you, how you too can build with the new technology and benefit from TS3.

Announcement INNOVATION AWARD WOOD
When: Tuesday, October 15, 2019, 10:00 a.m. - 12:00 p.m. A.M. (during the opening ceremony)
Where: Hall 1.1, area Zukunft Holz

LinkINNOVATION AWARD WOOD

Faster building with TS3
With TS3, you can create large areas of wood in a way that was previously only possible with reinforced concrete. This enables economical skeleton buildings made of wood with a column grid of 8x8 meters. Thanks to the flexible column grid, the building structures can be easily building structures can be easily adapted to changing needs. Building with TS3 means: building as quickly and flexibly as with concrete. Simply climate-friendly!

The Timber Structures 3.0 technology, TS3 for short, glues timber components together on the face side. For this purpose, timber elements made of solid, glulam or cross-laminated timber are positioned on the construction site at a distance of up to up to 40 millimeters apart. Subsequently, a two-component polyurethane casting resin is injected into the gap. The components are thus joined together by joint grouting and without pressing pressure.

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