
Our 100% natural, water-repellent paper, featuring a unique lotus effect, is setting the benchmark for sustainable materials. Designed with a substantial bulk and crafted from certified pulp, this cellulose-based solution offers an alternative to plastics for impact sound isolation or acoustic isolation for roofing and flooring.
Experience the perfect balance of high performance and environmental responsibility.
Our sound isolation paper is a very bulky material made from certified pulp using a wet-laid process. The paper offers a soft feel and a 100% natural, plant-based impregnation provides the paper with a water-repellent surface. The repallancy is free of fossil based ingredients.
One of the outstanding advantages of our impact sound insulation paper is its high bulk, with a specific volume of over 4.5 cm³/g. At a weight range between 60 and 170 g/m², our material offers a significantly higher surface volume than other cellulose alternatives. The high volume ensures optimal performance and effectiveness in sound insulation, as its fluffy structure gives it excellent sound absorption and damping properties.
When installed in roofing and flooring systems, our isolation paper effectively reduces impact sound transmission by creating an acoustic barrier layer between structural elements. The hydrophobic impregnation ensures the material maintains its performance characteristics even when exposed to moisture ingress from cleaning operations or minor water infiltration.
The paper's consistent density and thickness provide uniform sound attenuation across the entire installation area, while its flexibility allows for seamless integration with various substrate materials and installation methods.
Our material is made from certified pulp, offering a 100% natural alternative to conventional plastic options. The plant-based impregnation provides the material with water-repellent properties, which improves the paper's longevity and contributes to its protection.
Since we completely eliminate chemical and fossil-based components in our paper, it is fully recyclable at the end of product life.