New designs in aerospace and aviation are increasingly replacing conventional metal structures with innovative and lightweight, high-performance fiber composites. Our product line of performance foam core materials for sandwich-design composites can satisfy the needs of both exterior and interior applications.  ... MORE

“Whoever plans, constructs or instructs others to conduct and perform activities under this ordinance is obliged to keep human and environmental exposure to radiation as low as scientifically and technically achievable (= ALASTA principle),” German X-Ray Ordinance §2c (2), April 30, 2003 ... MORE

Sandwiched designs with cover layers made of fiber plastic composites such as carbon fiber reinforced plastic (CFRP) and core materials such as ROHACELL® are of growing importance for modern sports equipment. The extremely rigid and strong ROHACELL® is an ideal material for lightweight, yet durable components because of its low density.  ... MORE

Compared to monolithic composite structures, sandwich technology with a lightweight foam core is an excellent way to reduce weight without sacrificing rigidity. With its outstanding mechanical properties and low densities, ROHACELL® and ROHACELL® Triple F foams offer the most weight-saving potential of all structural foams. ... MORE

Are you looking for a material for dielectric applications that combines the RF transparency of air with unrivalled processing performance at up to 190 °C (374 °F) and superior mechanical properties? Look no further: ROHACELL® rigid foam is doing the trick!  ... MORE

Our ROHACRYL™ foam core is a product meticulously engineered to fulfill the stringent requirements of the wind energy sector. It offers the essential stiffness, strength and durability needed for composite structures while significantly reducing weight compared to other core materials. ... MORE