• Carbon Sequestration: CLT has a unique ability to store carbon dioxide captured during the growth phase of the trees used to produce it. This carbon remains sequestered within the wood even after processing and construction, helping to mitigate climate change by reducing greenhouse gas emissions.

• Healthy Indoor Environment: CLT's natural properties, including low emissions and moisture regulation, contribute to a healthier indoor environment. Unlike some traditional building materials, CLT doesn't release harmful chemicals, creating cleaner air quality within buildings.

• Sound Dampening: Due to its solid construction, CLT can effectively dampen sound transmission, creating quieter indoor environments. This can be particularly beneficial in multi-story buildings or areas with high noise levels, such as urban environments or near transportation hubs.

• Thermal Inertia: CLT's mass provides thermal inertia, which can help stabilise indoor temperatures by absorbing and releasing heat slowly. This property can contribute to energy efficiency by reducing the need for heating and cooling systems in buildings.

• Design Flexibility: CLT's strength and versatility allow for innovative architectural designs that may not be feasible with other building materials. Its ability to span long distances and support heavy loads opens up possibilities for unique and creative structures.

• The production process of glulam typically requires less energy compared to many other structural materials, especially when sourced from sustainably managed forests and manufactured using efficient, modern techniques. This contributes to lower overall environmental impact and carbon footprint.

• Glulam allows for the creation of complex, curved, and aesthetically pleasing structural shapes that may be difficult or impossible to achieve with other building materials. This design flexibility opens up possibilities for unique and innovative architectural expressions.

• Glulam offers exceptional load-bearing capabilities and design versatility.

• Glulam's natural appearance and warmth contribute to biophilic design principles, enhancing occupants' connection to nature and leading to improved well-being and productivity.

• Exposed glulam beams and columns can become focal points of interior spaces, adding character and visual interest to the building.

LVL Glulam is a type of engineered wood product that combines the strength and stability of laminated veneer lumber (LVL) with the structural integrity of glued laminated timber (glulam). This hybrid product offers exceptional strength and versatility, and is a very cost effective option compared to steel. Its design flexibility and lightweight characteristics allow for easy installation on well-prepared sites.

The I-Joist Insulated Box System is a cutting-edge building solution that combines engineered wood I-joists with integrated insulation to create a highly efficient and seamless structural framework. This innovative system creates a continuous thermal envelope throughout the building, which reduces heat loss and improves energy performance. By integrating insulation directly into the joist system, it ensures superior thermal resistance and reduces thermal bridging, which results in enhanced energy efficiency and comfortable indoor living.