Despite its environmental benefits, the use of renewable materials like thermowood remains significantly underutilized globally in the electronical and construction sectors, especially when compared to conventional alternatives such as plastic. These industries continue to rely heavily on plastics due to their lower upfront costs and widespread manufacturing infrastructure.
Additionally, there is often little incentive to change established practices when production can be outsourced to developing countries where labor is cheaper and environmental regulations are less stringent. Ultimately, this means that while products made from plastic are very inexpensive, this pricing does not take into account the true environmental impact of the manufacturing processes involved. The hidden costs—such as air and water pollution, and the depletion of non-renewable resources—reflect significant ecological burdens that are often overlooked in financial calculations.
At Wemel Wood, we believe that eco-friendly products should be both functional and visually appealing. This principle guides our entire product line, demonstrating that sustainability and style can go hand in hand. Aligned with the EU Green Deal, our products adopt the principles of the circular economy in the construction and electronics sectors. Our wall surface outlets and switches are made from thermally modified wood using precision CNC machining, and importantly, our operations use 100% renewable energy. This not only reduces environmental impact compared to traditional plastic production but also supports our commitment to sustainable manufacturing.
Our wood products, made from thermowood, are not only biodegradable but also offer durability comparable to plastic. Thermowood is a specially treated wood that undergoes a heat and steam process, enhancing its resistance to decay and humidity without the use of chemicals. This treatment ensures that our products maintain their aesthetic appeal over time, similar to plastic, while being fully compostable at the end of their lifecycle. This durability reduces the need for frequent replacements, further minimizing the environmental footprint.
