When it is attached onto the surface of an inorganic filler (kaolin, barite), the (BuO) 4 Ti/BuMgOct/EtAlCl 2 /Et 3 Al system is a highly efficient and very promising catalyst for the production of high-performance polyethylene-based composites. The surface concentration of the hydroxyl groups, the
A Comparative analysis of polymerization filled polyethylene composites with reduced flammability
β Scribed by I. N. Meshkova; A. I. Petrosyan; V. M. Lalayan; I. L. Dubnikova
- Book ID
- 111469121
- Publisher
- SP MAIK Nauka/Interperiodica
- Year
- 2008
- Tongue
- English
- Weight
- 149 KB
- Volume
- 50
- Category
- Article
- ISSN
- 1560-0904
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π SIMILAR VOLUMES
Polyethylene-based composites have been prepared by ethylene polymerization with a Al/Ti/Mg catalyst previously deposited on the surface of kaolin (Satintone W/W and Satintone 5) or barite. 1 Molecular weight (M w ) of the polyethylene matrix has been estimated from melt viscosity under steady shear
## Abstract In this work, the preparation and characterization of metalloceneβcatalyzed polyethylene (PE)/kaolin composites were presented. The composites was prepared by the soβcalled polymerizationβfilling method in which the PE matrix was formed directly on the kaolin surface by ethylene polymer
Polyethylene composites filled with various types of carbon fiber were prepared for electrical and thermal conductivity measurements. By estimation of the anisotropic parameter (Hermans' parameter), the fibers were confirmed to be significantly biaxially oriented in the composites. The critical volu