Divinycell H stands as a testament to the fusion of polyurethane and PVC, offering an outstanding blend of mechanical prowess and lightweight design. This composite material boasts an impressive track record across diverse sectors, proving its mettle in numerous applications—be it within the realms of marine endeavors (ranging from leisure to military and commercial purposes), land transportation, wind energy, civil engineering, infrastructure, or the general industrial landscape.
What sets Divinycell H apart is its resilience in scenarios of fatigue, slamming forces, or impact loads. Beyond these exceptional attributes, it upholds a consistent standard of excellence, showcasing superior adhesion and peel strength, commendable chemical resistance, minimal water absorption, and proficient thermal and acoustic insulation properties. Its low thermal conductivity positions Divinycell H as an excellent choice for insulation, especially in environments characterized by low or cryogenic temperatures. Notably, its resistance to hydrocarbons makes it the go-to material for insulating LNG storage units.
Moreover, Divinycell H seamlessly integrates with a wide spectrum of commonly used resins and manufacturing systems, ensuring compatibility across various production methodologies. This adaptability amplifies its utility and ease of integration within diverse manufacturing setups.
What sets Divinycell H apart is its resilience in scenarios of fatigue, slamming forces, or impact loads. Beyond these exceptional attributes, it upholds a consistent standard of excellence, showcasing superior adhesion and peel strength, commendable chemical resistance, minimal water absorption, and proficient thermal and acoustic insulation properties. Its low thermal conductivity positions Divinycell H as an excellent choice for insulation, especially in environments characterized by low or cryogenic temperatures. Notably, its resistance to hydrocarbons makes it the go-to material for insulating LNG storage units.
Moreover, Divinycell H seamlessly integrates with a wide spectrum of commonly used resins and manufacturing systems, ensuring compatibility across various production methodologies. This adaptability amplifies its utility and ease of integration within diverse manufacturing setups.
