New edition of VETAS: May 2023!
The leading magazine in the wood and furniture industry for Latin America, VETAS, is proud to present its latest May issue. Discover a variety of fascinating topics that will keep our readers informed and captivated.
In this installment, we explore reforestation in Afghanistan, Brazilian mahogany, proper drying of live-edge slabs, the success of Interzum, a leader in furniture and interior design, and the renowned LIGNA 2023 world fair. In addition, we highlight the revolution in flooring industry with the Deepblue technology from Barberán and Unilin Technologies, as well as the innovative technologies for wood from Hymmen.
Do not miss the opportunity to access the complete edition in PDF format! Download the digital version of VETAS magazine for May 2023 at the following link: PDF download link. Stay up to date with the latest news, trends and developments in the wood and furniture industry.
Enjoy reading and take advantage of all the knowledge that VETAS has to offer!
IT MAY INTEREST YOU
Paraguay | The plantations became instruments of territorial development and the generation of decent employment, INFONA highlights.
Plantings in different phases, control of ants and weeds, pruning and thinning, mechanized harvest, technology applied to the field and complete integration of the production cycle were part of the CREA Forestal proposal in its Technical Update Conference – JAT Forestal 2025. The event took place on Friday, November 14, at Estancia Ñemity, located in San Juan Nepomuceno, Caazapá, where agricultural producers, technicians, contractors, students and companies in the sector met to observe the forestry business of the future in action.
Experts cant believe it, but this tree is the oldest in the world and continues to bear fruit: it is 4,000 years old.
Nature keeps secrets that defy the passage of time, and one of the most surprising examples is a tree that, approximately 4,000 years old, continues to bear fruit today. This specimen has become a symbol of resistance and longevity, capable of surviving climate changes, landscape transformations and human activity itself.
Canadian researchers make biochar from wood waste that rivals steel in strength
Researchers at the University of Toronto have developed monolithic biochar from wood that can reach an axial hardness of up to 2.25 GPa, similar to mild steel.
