Selection guide for thermally modified wood species
The diverse range of timber species available presents both opportunities and challenges, with significant variations in looks, performance and supply. While different types of wood exhibit varying levels of suitability for specific uses in their natural state, thermal modification enhances their durability, elevating their quality and aesthetic appeal.
When evaluating different species of thermally modified wood, balancing durability and strength with aesthetic preferences, cost considerations, and availability is paramount. The diverse range of timber species available presents both opportunities and challenges, with significant variations in looks, performance and supply. Architects and designers must carefully navigate these considerations, ensuring that their choices align with project requirements and long-term sustainability objectives.
Selection Guide for Thermally Modified Wood Species examines the relevant considerations when assessing and selecting the right species of thermally modified wood for specific architectural and interior design applications. We also take a close look at the qualities of Novawood’s selection of wood species: Tulipwood, Ayous, Pine, and Ash.
Novawood Technology represents the harmonious union of nature's gifts and human dedication, setting a new benchmark for sustainable and high-performance wood solutions. The manufacturing of Novathermowood products is completely natural and chemical-free.
- Without using toxic chemicals, Novawood products offer increased strength, stability and resistance to decay and rot, naturally extending their lifespan compared to untreated timber.
- Novawood meticulously sources its timber species from certified sustainable forests, ensuring that trees are replanted and endorsed by both FSC and PEFC.
Download this whitepaper to learn about the relevant considerations when assessing and selecting the right species of thermally modified wood for specific architectural and interior design applications.