Builders, designers and contractors always look for ways to build stronger, more sustainable buildings. Over the years, the construction industry has seen a rise in the use of engineered wood products. These materials have taken the industry by storm, and it is easy to see why. Engineered wood products have completely transformed the way construction is done, from high-rise buildings to more complex structures. In this article, we will discuss why the use of engineered wood products has become increasingly popular and how they can benefit the construction industry.
Strength and Durability
Engineered wood products have high tensile strength, which makes them incredibly durable. Unlike traditional timber, treated engineered wood can withstand harsh weather conditions, pest infestations and fungal attacks better than traditional construction materials like masonry and steel. This durability is especially important when constructing Australian residential and light commercial buildings, where strong materials are essential.
Sustainable
Engineered wood products are more environmentally friendly than many other construction materials. They are made from natural timber, which is a renewable resource. The manufacturing process of engineered wood also generates less waste and uses less energy than traditional construction materials, making it a greener, more sustainable choice for construction.
Cost-Effective
One of the most significant advantages of using engineered wood products is that they are high-performance materials that perform exceptionally well under load and offer a high degree of consistency. These products are designed to strict standards, ensuring reliability and strength in your building projects.
Engineered wood products are easy to work with, allowing quicker construction times to speed up the building process and reduce labour costs. An Engineered I-Joist Floor System usually requires less than half the number of joists, with no need for washers and bolts and a reduction in the number of hangers needed compared with traditional timber joists.
Maintenance is also improved once the material doesn’t suffer distortion, shrinkage or split. Additionally, because engineered wood is pre-manufactured, construction time is usually shorter, reducing labour costs.
Versatility
Engineered wood products come in various shapes, sizes, and designs that can be customised for different construction projects. They can be used for wood flooring, beams, columns, roofs, and wall panels. The versatility of engineered wood products provides architects, engineers and construction contractors with a broader range of design options, making it easier to create complex structures with unique designs.
Reduced Carbon Footprint
Using engineered wood products reduces the carbon footprint of building construction. During the manufacturing process, trees absorb carbon dioxide from the atmosphere. This carbon dioxide is then stored in the wood and remains stored after construction. Additionally, as engineered wood products are recyclable, they can be used in future projects, further reducing waste and carbon emissions.
In conclusion, the use of engineered wood products in construction has become increasingly popular in recent years because of its exceptional characteristics such as durability, sustainability, cost-effectiveness, versatility, and its positive impact on reducing the carbon footprint of building construction. With these advantages, engineered wood products are revolutionising the modern construction industry by offering innovative building solutions that are environmentally friendly and cost-saving. Therefore, as a building contractor, using engineered wood products in your next project may be worth considering for a more efficient and sustainable construction process.
If you want to explore the full potential of our Engineered Wood Products and envision how they can enrich your next project, we invite you to browse the Dindas Australia website. There, you will discover detailed information about our products, including technical data, application examples, and sustainability practices. Our website is a resource for engineers, builders, and homeowners, offering insights and inspiration for employing EWPs to achieve aesthetic and environmental goals.
Connect with us at the Contact Page and take the first step towards incorporating sustainable innovation into your construction projects.
