Timber

Time for Timber

Timber has been used as a building material for thousands of years. Thanks to its sustainability benefits, the speed of construction through off-site manufacture, and the growing evidence of the benefits to the well-being of occupants, timber is currently experiencing a renaissance in the building industry.

New types of engineered timber that are stronger and more stable enable us to design and build bigger, higher, and in more varied configurations. Furthermore, digitalization and computerized prefabrication techniques permit more complicated designs, and factory production means enhanced quality control and assurance.

Driven by ambitious and visionary projects, timber construction is being developed into new and exciting possibilities.

Timber Engineering Design

Timber is an increasingly popular design material, particularly engineered products such as nail-laminated timber (NLT), glue-laminated timber (GLT), or cross-laminated timber (CLT) with its two-way spanning capability.

The suitability of timber for off-site manufacturing is one of its chief advantages. Where site access is constrained, for example in cities or in remote areas, prefabricated products offer a viable and economic alternative to construction methods that involve more intensive onsite activity. Panels are relatively lightweight and cost-effective to transport, and can be easier to lift, reducing the need for cranage. It also results in faster construction because the use of materials such as concrete, mortar, and plaster is reduced or eliminated.

And since prefabrication happens in a factory, activities on-site are also quieter. This is particularly beneficial in urban areas where development sites are often in densely populated locations and construction noise is unpopular, or possibly even restricted within certain hours.

Lastly, new studies have shown that timber construction supports the health and wellness of people.