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Towards More Material and Cost-Efficient Construction

In the realm of modern construction, the significance of material efficiency cannot be overstated. This concept, which centers on optimizing the use of resources while minimizing waste, holds a key to sustainable and cost-effective building practices. Material efficiency goes beyond ecological considerations; it is a holistic approach that acknowledges the interplay between environmental, economic, and logistical factors. This article explores why material efficiency is crucial in construction and how LVL stands as a prime example of a material that not only enhances structural integrity but also remarkably lowers total material costs.
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The Imperative of Material Efficiency 

Material efficiency in construction is crucial for three key reasons. Firstly, it plays a vital role in conserving natural resources and reducing the environmental impact of the construction industry, contributing to a more sustainable future. Secondly, it offers significant economic benefits by reducing material use, making construction projects more cost-effective, competitive, and advantageous for both companies and clients. Lastly, material efficiency helps to minimize waste, leading to cost savings in waste disposal and lessening the environmental burden associated with construction-related waste. 

Unique properties of Kerto® LVL support material-efficiency 

Kerto LVL can be seen as one of the most material-efficient construction materials. It is produced from 3 mm thick rotary-peeled strength graded softwood veneers that are bonded with weather- and boil-resistant adhesive to form a continuous b​illet. The billet is then cut to length and sawn into LVL beams, planks or panels according to customer´s requirements. All raw material used to produce Kerto LVL comes from sustainable managed Nordic forests. 

 

Kerto LVL can be used in a variety of floor- roof and wall applications in new and renovation construction. The reasons why Kerto LVL stands as a prime example of material efficient material are:

Strength-to-Weight Ratio: LVL offers remarkable strength-to-weight characteristics. It is stronger than solid wood products, allowing construction with less material while maintaining structural strength. This not only reduces material consumption but also facilitates easier handling and installation.

Dimensional Stability: LVL is highly resistant to warping, shrinking, and splitting. This dimensional stability ensures minimal material waste during and after construction. Less material is discarded due to defects or structural instability. This affects also to costs.

Customizable Sizing: LVL is manufactured in various sizes to suit specific construction requirements. This customizability reduces the need for excessive cutting and shaping of material on-site, minimizing material waste and labor costs.

Optimal Use of Raw Wood: Kerto LVL is made from wood veneers, sourced from sustainably managed Nordic forests. The efficient use of wood resources to produce LVL ensures that more products is derived from each tree, contributing to efficient use of forest resources.

Durability: Kerto LVL can be treated to be moisture resistant meaning it has a longer service life, reducing the frequency of replacement or repairs. This long-lasting quality lowers the lifecycle costs of a construction project.

As a summary, material efficiency in construction is vital for environmental sustainability, cost reduction, and waste minimization. Laminated Veneer Lumber (LVL) exemplifies the principles of material efficiency, offering enhanced strength, dimensional stability, customizability, and durability. By adopting LVL in construction projects, builders not only benefit from its superior properties but also contribute to a more sustainable and cost-effective construction industry.  

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