News & Insights

Aerospace polymer composites offer remarkable weight reduction of 25% to 35% and cost savings of nearly 50% compared to traditional materials. Plastics provide essential benefits in cryogenic applications, including low thermal conductivity, electrical insulating properties, and the ability to function without external lubrication. However, the mechanical behavior of these materials at extreme cold temperatures presents unique challenges. For instance, the modulus of PTFE increases dramatically from approximately 100 kpsi to... Read More

Creep resistant plastics are essential materials for engineers designing components that must maintain dimensional stability under constant stress. Creep, defined as the change in length or shape over an extended period of time due to continuously applied static stress, occurs when polymer molecules rearrange and flow over time when subjected to constant stress. This phenomenon can be detrimental to the function of products across multiple industries, particularly in applications where... Read More

Rocket propulsion systems require material solutions capable of maintaining structural integrity and operational reliability within extreme thermal environments. For aerospace propulsion valves, selecting the appropriate high-performance polymer is critical for ensuring system performance across a wide thermal band, from cryogenic temperatures to combustion chamber extremes. This article examines three key polymer materials utilized in propulsion valve applications—PTFE, Vespel®, and Torlon® PAI—analyzing their thermal behavior, processing characteristics, and suitability for specific... Read More

Glass transition temperature determines when a polymer changes from a rigid state to a semi-flexible state. The difference between Glass Transition Temperature and Melting Point in Thermoplastics shows how materials behave under varying temperature conditions. Different polymers have substantially different glass transition temperatures (Tg). Polyetherimide (PEI) has a high Tg of 210°C, while High Density Polyethylene (HDPE)'s Tg sits at -120°C. The cooling rate affects this property - materials cooled... Read More

The global surgical robots market, valued at $3.92 billion, is estimated to reach $7.42 billion by 2030. Precision machined components for orthopedic navigation devices serve as the foundation for this rapidly expanding field, enabling surgeons to achieve remarkable levels of accuracy during complex procedures. Robotic systems are transforming orthopedic surgery by facilitating new approaches. These advanced navigation systems combine cutting-edge technologies and provide real-time guidance during surgeries, significantly enhancing a... Read More