Cross Laminated Timber (CLT)
and GLULAM production

Cross laminated timber (CLT)

Cross laminated timber (CLT) is prefabricated with increased precision offering exceptional technical properties  as well as lighter environmental footprint than concrete or steel. It is well know for numerous benefits, including significantly faster construction time, lower labour  costs, reduced waste and carbon emission, improved thermal performance and design versatility. 

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Cross Laminated Timber is highly engineered mass timber product that offers huge range opportunities as a construction material. Panel can be made almost in any size and shape and used in both - in industrial and designed architecture.

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CLT may speak in design language what is impressive and surprising since architects and developers use it in their projects even more and more. This is an architectural material that makes planet more sustainable, keeping alive desire to live in more sustainable world. Also, great benefit is that CLT is renewable material, and it is easy to work with it, the way where digital power and automatization opens the opportunities to the industry.

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Glued laminated timber (Glulam)

Glued laminated timber (Glulam) is an advanced structural building material that is highly durable and moisture resistant, capable of generating large pieces and unique shapes, is dimensionally stable and performs well structurally and under fire conditions. More than a hundred years of usage has tested and proved its lasting value of load-bearing capacity and natural aesthetics. 

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Glulam is actively used product by architects due to environmentally creativity. There are practically unlimited possibilities to create design with glulam, whether it us residential house or public building. There are no limits on the possibilities for glulam in timber building technology.

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Glulam is stronger and stiffer than equivalent dimension of structural timber, also considering its self-weight, glulam is stronger than any other construction material. It is appropriate for simple systems consisting of columns and beams to complicated frame and shell structures.