Selena Group, a global manufacturer and distributor of construction chemicals, and Covestro, a world-leading supplier of high-tech polymer materials, have engaged in cooperation leading to the development of a reduced carbon footprint formulation for Selena’s best-selling Tytan Professional® Ultra Fast 70 foam. The product uses innovative, low-carbon MDI (methylene diphenyl diisocyanate), an organic chemical compound containing bio-based feedstock accounted for using the mass balance approach. This helped reduce the foam’s carbon footprint by about 45%* compared to the previous version of the product that used fossil-derived feedstock. This innovation maintains the product's excellent thermal insulation properties and additionally contributes to reducing the building’s embedded carbon footprint.
Today, sustainable business no longer necessitates compromises between efficiency and quality. This claim is perfectly evidenced by our latest solution: with identical molecular composition, the bio-based content does not affect the quality or properties of the final product, while complying with stringent environmental standards and responding to future trends. This is a real proof of the success of the collaboration between two international manufacturers who are striving for innovation
said Mirosław Truchan, Head of Marketing Division Windows & Doors of Selena Group.
*reduced carbon footprint of the Ultra Fast 70 foam with bio-attributed, mass-balanced MDI compared to the same product with standard fossil-derived MDI; carbon footprint calculated for the cradle-to-gate life cycle.
Tytan Professional® Ultra Fast 70 foam with a bio-based component reduces the carbon footprint by approx. 45% compared to fossil-based product
Recognized by builders, the high-yield Tytan Professional® Ultra Fast 70 foam now incorporates 30% of bio-attributed MDI as validated by the ISCC Plus certificate