Renewable Energy
Recycled PET as a reliable and versatile choice for your renewable energy project
Facilitating a more energy efficient future
The renewable energy industry requires materials that are both lightweight and high-performing. This often involves meeting several specifications, such as versatility in kitting, precise dimensions and tolerances, short processing time, temperature resistance, minimal weight, low Life Cycle Cost (LCC), Life Cycle Assessment (LCA), and long-term performance, including temperature stability and fatigue resistance. Our PET-based foam solutions provide a compelling answer to these challenges. They offer a lightweight core foam suitable for weight-sensitive renewable destinations, like wind turbine blades. This foam exhibits a remarkable balance of low density and high stability, along with compressive strength and temperature resistance. Its minimal product property fluctuation enhances process stability while aligning with sustainability goals using 100 percent recycled material.
Did you know that more than 150,000 rotor blades worldwide have been built using ArmaPET Struct?
The rotor blades are the central wind turbine component and determine how much energy can be generated. Unsurprisingly, the global trend is towards ever larger, more efficient rotor blades. This places greater demands on the materials used to make the longer and consequently heavier blades: the high mechanical and wind loads require maximum core strength and rigidity without adding too much extra weight. The key to the success of ArmaPET Struct is the unparalleled combination of material performance, processability and global availability. Explore your renewable energy options.
