Technical experts from LANXESS’s Urethane Systems business will present the latest developments in Low Free (LF) isocyanate urethane systems for adhesives, sealants and one component foams (OCF) at FEICA European Adhesive & Sealant Conference and Expo from September 11 to 13, 2019 in Dubrovnik, Croatia. The company is a leading innovator in the development of low free (LF) isocyanate technology.
On the third day of the conference (September 13) at 9.30 a.m, Ronald M. Emanuel Jr., Senior Scientist, Global Research and Development, Adhesives at LANXESS, will speak about “Advancements in low free isocyanate monomer prepolymer design for reactive adhesive systems”. The presentation will provide deep insight into low free (LF) isocyanate prepolymer chemistry. “The focus of our development work is to design prepolymers containing low free monomer content for use in adhesive and sealants formulations. In particular, this refers to overcoming the differences that the removal of residual diisocyanate monomer present to the performance of the final adhesive formulation,” explains Emanuel.
Furthermore, there will be a tabletop exhibition at the event for existing and new customers to meet with LANXESS scientists to discuss how LANXESS’s LF technology can help to provide solutions for specific requirements of their adhesive and sealants products.
Under the brand name Adiprene LF, LANXESS has developed unique low free isocyanate urethane prepolymers for use in adhesives, sealants, and one component foams. The LF technology creates prepolymers with < 0.1 wt.% free MDI (methylene diphenyl diisocyanate) and other isocyanates such as TDI (toluene diisocyanate), HDI (hexamethylene diisocyanate) or pPDI (p-phenylene diisocyanate), providing unsurpassed industrial hygiene standards, excellent performance, and improved processing.
LANXESS’s toolbox of Adiprene LF prepolymers is able to tailor the reactivity, viscosity and polyol backbone of the prepolymer to adjust it to the need of the formulators. By controlling the chemical structure, these prepolymers have a very structured morphology to offer more consistent processing.