22.02.2026
Sustainable material development in laboratories: Skintec as an example
In addition to hygiene and safety, sustainability is becoming increasingly important in laboratory environments. Materials are expected to be durable, resource-efficient and low in emissions—without compromising functionality or safety.
Skintec was developed with a focus on resource-efficient manufacturing. The underlying foaming technology is based on a water-driven system, avoids halogenated propellants and PVC, and reduces CO₂ emissions by up to 25%. At the same time, the durability and performance of the material are maintained.
For this development, the Interstuhl Group was awarded the Baden-Württemberg Environmental Technology Award 2025 (2nd place, category “Material Efficiency and Resource Conservation”). The award highlights that sustainable material innovation is also feasible in sensitive laboratory applications.
Skintec was developed with a focus on resource-efficient manufacturing. The underlying foaming technology is based on a water-driven system, avoids halogenated propellants and PVC, and reduces CO₂ emissions by up to 25%. At the same time, the durability and performance of the material are maintained.
For this development, the Interstuhl Group was awarded the Baden-Württemberg Environmental Technology Award 2025 (2nd place, category “Material Efficiency and Resource Conservation”). The award highlights that sustainable material innovation is also feasible in sensitive laboratory applications.
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Weitere Pressemeldungen des Ausstellers
Der Mensch im Labor: Ergonomie als Faktor für Präzision, Sicherheit und Qualität
Hygienic Design im Labor: Warum Sitzmöbel Teil der Prozesssicherheit sind
Sitzlösungen im Labor: Technische Anforderungen zwischen Hygiene und ESD-Schutz
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