Accession Number : ADA304536
Title : Thermoplastic/Carbon Fiber Hybrid Yarn.
Descriptive Note : Contractor rept. Oct 82-Sep 83,
Corporate Author : CELANESE RESEARCH CO SUMMIT NJ
Personal Author(s) : Ketterer, M. E.
PDF Url : ADA304536
Report Date : NOV 1984
Pagination or Media Count : 30
Abstract : Under Task Assignment No. 6, efforts were directed to develop processing methods to make carbon fiber/thermoplastic fiber preforms that are easy to handle and drapeable, and to consolidate them into low void content laminates. The objectives were attained with the development of the hybrid yarn concept; whereby, thermoplastic fiber can be intimately intermixed with carbon fiber into a hybrid yarn. This has been demonstrated with the intermixing of Celion 3000 with a Celanese liquid crystal polymer fiber, polybutylene terepthalate fiber, or polyetheretherketone fiber. The intermixing of the thermoplastic matrix fiber and the reinforcing carbon fiber gives a preform that can be easily fabricated into laminates with low void content. Mechanical properties of the laminates were not optimized; however, initial results indicated properties typical of a thermoplastic/carbon fiber composites prepared by more conventional methods.
Descriptors : *LAMINATES, *CARBON FIBERS, *THERMOPLASTIC RESINS, OPTIMIZATION, FIBER REINFORCED COMPOSITES, FABRICATION, HOT PRESSING, MATRIX MATERIALS, VOIDS, LIQUID CRYSTALS, SPINNING(INDUSTRIAL PROCESSES), FABRICS, RHEOLOGY, MIXING, EPOXY COMPOSITES, BUTENES, PHTHALATES, WEAVING, YARNS, KETONES, HYBRIDIZATION, COMPRESSION MOLDING.
Subject Categories : Laminates and Composite Materials
Distribution Statement : APPROVED FOR PUBLIC RELEASE