Glass-Filled Composite Materials Based on Polyarylene Ether Sulfones

Abstract

This article provides a literature overview of glass-filled polyarylene sulfones. The main properties of polyarylene ether sulfones and applications are given. The industrially produced brands of glass-filled composites and their properties are shown. A problem of low interfacial interaction between polymer and fiberglass and the ways to increase was considered. Also the results of development of glass-filled composites based on polyphenylene sulfone for using in additive technologies, in particular 3D-printing by FDM method are shown.

Advanced Composite Materials Utilized in FDM/FFF 3D Printing Manufacturing Processes: The Case of Filled Filaments

“…The fibers create a reinforcing network within the material, effectively fortifying the structure and providing increased resistance to bending, torsion, and impact. These properties make glass-filled filaments ideal for applications that demand robustness, such as functional prototypes, industrial components, or mechanical parts subjected to higher stress levels [ 87 , 88 ].…”

Study of the Influence of the Chemical Resistance of Polyphenylenesulphone from Radel on Mechanical Properties

“…Polyarylsulfones are transparent materials that are amber in color. One of the representatives of polyarylsulfones is polyphenylene sulfone (PPSU), which is used as a structural material for operation in severe operating conditions, for the manufacture of parts in the aerospace industry and in the automotive industry [3][4][5]. PPSU is also used for the manufacture of components for chemical and oil refining equipment, but the resistance to sterilization and disinfection gives this material a special value.…”