TRIQBRIQ WS30 Wooden Brick

Our TRIQBRIQ timber construction system consists of micro-modular timber building blocks – the so-called BRIQs. These are manufactured with high precision using robot technology from inexpensive industrial and calamity wood. The individual BRIQs are placed on top of each other at the construction site and locked together using beechwood dowels. Our patented carcass system can completely dispense with artificial fasteners. In this way, load-bearing exterior walls can be erected cost-effectively, flexibly and in a short time. At the end of a building’s service life, our BRIQs can be removed by type and completely reused. Even reclaimed lumber is used in the production of our BRIQS. TRIQBRIQ thus offers a holistically sustainable and recyclable alternative to conventional building materials. TRIQBRIQ WS30 is the 30 cm thick version of the TRIQBRIQ system. It consists of the individual components BRIQ30, BRIQ60 and BRIQ240.

Специфікація

BRIQ 30:

- Product dimensions (LxWxH): 300 x 300 x 300 mm
- Unit weight: 12,5 kg
- Wood type: spruce, pine
- Solid wood raw construction system without artificial composites
- Requirement: 11 pieces / sqm
- Covering from PEFC / FSC certified forests
- Easy to assemble and disassemble
- Recyclable system
- Excellent BIM compatibility
- Climate regulating effect
BRIQ 60:

- Product dimensions (LxWxH): 600 x 300 x 300 mm
- Unit weight: 25 kg
- Wood type: spruce, pine
- Solid wood raw construction system without artificial composites
- Requirement: 5,55 pieces / sqm
- Covering from PEFC / FSC certified forests
- Easy to assemble and disassemble
- Recyclable system
- Excellent BIM compatibility
- Climate regulating effect
BRIQ 240:

- Product dimensions (LxWxH): 2400 x 300 x 300 mm
- Unit weight: 100 kg
- Wood type: spruce, pine
- Solid wood raw construction system without artificial composites
- Requirement: 1,4 pieces / sqm
- Covering from PEFC / FSC certified forests
- Easy to assemble and disassemble
- Recyclable system
- Excellent BIM compatibility
- Climate regulating effect