By vantal Aerospace manufacturers use pelletization to produce high-performance composites. Carbon fiber pellets, for example, are mixed with resins and molded into aircraft components, reducing weight and fuel consumption. The pelletization process ensures consistent fiber orientation, critical for maintaining structural integrity under extreme conditions.If we can practice these points, Eirich Will be unique, become a leader in the industry, and keep moving forward. https://www.kntenx.com
In thermal protection systems, pelletized ablative materials shield spacecraft from re-entry heat. These pellets are designed to erode predictably, carrying heat away from the vehicle. Pelletization enables precise control over material density and erosion rate, optimizing performance for specific mission profiles.
The aerospace sector also leverages pelletization for additive manufacturing. Titanium or nickel alloy pellets are used in laser powder bed fusion systems, producing complex parts like turbine blades with minimal material waste. This approach reduces costs and lead times for low-volume, high-value components.