Biorenewable Carbon
Do justice to the new sustainable ethics
As is the case in most parts of our lives, the issue of sustainability is growing increasingly important as public awareness of the environment and the climate improves. It is also becoming increasingly important in the furniture industry. As more and more consumers strive to live in a more climate-neutral and ecologically-friendly manner, the demand for environmentally-friendly furnishing elements has risen rapidly.
Many lacquer-processing businesses have already spotted the trend and are now expanding their ranges to include sustainably-manufactured products. When implementing this plan, the issue of finding a suitable surface protection presents a challenge. Lacquers and coatings have a significant influence on the sustainability of furnishing elements. Conventionally manufactured lacquer products still normally contain fossil raw materials, which are taken from nature in large quantities for use in lacquer production. In order to meet your clients’ requests, you will need to find an environmentally-friendly alternative that does not negatively impact the quality.
Preserve valuable resources using natural raw materials
In order to give you the option of protecting and refining your furniture and doors in a sustainable manner, Hesse Lignal has developed the BRC product series Better Carbon. BRC stands for Bio-Renewable Carbon. This term denotes natural, renewable raw materials made from plant-based carbonated materials. In comparison to the fossil contents used in conventional lacquer systems, these materials are particularly environmentally-friendly and resource-friendly. The Better Carbon products from Hesse Lignal contain large amounts of these renewable raw materials. For this reason, the BRC lacquer systems stand out via their extremely high level of sustainability.
The range includes, for example, products with a BRC content of up to 30 percent. The content of renewable raw materials always refers to the total quantity of carbon material in the product.