PEI (Polyether Imide)

Characterized by a combination of outstanding thermal, mechanical and electrical properties, Polyetherimide (PEI) has made its place in high performance applications like automotive, aerospace, industrial and many more. Explore Polyetherimide in detail along with its key properties like mechanical, thermal, electrical, etc. and understand what makes it an ideal choice in high-end engineering applications. Also, learn about its production process and conditions to process this polymer material. Let’s first start by understanding basic characteristics of PEI…

Thermoplastic composite materials often suffer from a lack of fiber-matrix adhesion. A weak interface in these materials results in low stiffness and strength but a high resistance to fracture. On the other hand, a strong interface produces high strength and stiffness but generally low fracture resistance. So, how to overcome this lack of fiber-matrix adhesion? Can fiber surface modification help? Find out all your answers here! Explore the ultimate solutions to optimize matrix / fiber interface in thermoplastic composites and achieve desired strength & stiffness along with fracture resistance in your product.

High temperature thermoplastics materials are a specialized and rapidly growing segment of the plastics market. These are used in specialized applications that require a combination of extraordinary properties. Willing to know more about High Heat Thermoplastics? Learn here! Get comprehensive information about high heat thermoplastic resins including their key features, comparison with metals & thermosets and major applications.