Admittedly, we're pretty proud of it. Making a razor out of "liquid wood" doesn't just sound cool—it's also a game-changer.
The cosmetics industry produces large amounts of plastic waste every year, especially in razors. This has a negative impact on the environment and the planet. As a result, it's becoming increasingly important to find environmentally friendly alternatives to reduce environmental impact. NASH has taken on this challenge and developed the first sustainable razor made from biocomposite. Biocomposite, also known as "liquid wood" at NASH, is an innovative raw material made from wood processing waste. In this article, we'll explain what biocomposite is, why NASH uses this raw material, and its environmental benefits.
Biocomposite is an innovative raw material made from natural fibers and bio-based polymers. Unlike conventional plastics, biocomposite is based on renewable resources and is therefore environmentally friendly. At NASH, biocomposite is also called "liquid wood" because it is made from wood processing waste and has similar properties to wood. Using biocomposite, products can be manufactured that are durable, stable, and environmentally friendly without the need to purchase new machinery.
Biocomposite is produced by combining natural fibers, such as wood, hemp, or flax, with polymers, such as polylactic acid (PLA) or polyhydroxyalkanoates (PHA). The fibers are mixed with the polymers and processed into granules. These granules can then be further processed into various shapes and sizes, for example, into razors.
Biocomposite has incredible advantages over conventional plastic. Firstly, it is much more environmentally friendly because it is based on renewable raw materials and therefore not on fossil fuels. Secondly, it is biodegradable and can therefore decompose more easily in nature. Nevertheless, products made from biocomposite should not end up in nature. Biocomposite also has advantages in terms of processing and properties, as it has similar properties to wood and is therefore durable, lightweight, and stable.
According to a recent Scandinavian study, biocomposite has a CO2 footprint that is up to 75% lower than conventional plastic, as can be seen in the example of ABS.
The NASH conclusion: NASH chose biocomposite as its raw material to leave a positive environmental footprint while ensuring the comfort and quality of its shaving products. By using biocomposite, NASH can offer its customers an environmentally friendly alternative to conventional razors without sacrificing comfort and performance.
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All love,
Thomas von NASH
