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Asia’s current dominance of the global production of standard types of chemical fi bres requires the sophistication of European fi bre and textile products. Modifying the mass or surface of materials using nanotechnologies is one of the most promising ways to ensure the special, monoand multi-functionally modifi ed fi bre properties of clothing and technical textiles. The permanent antimicrobial treatment of fi bre mass represents one the most desired functional modifi cations of chemical fi bres. It involves the use of an antimicrobial additive masterbatch with the appropriate rheological, colour and processing properties required for the preparation of antimicrobial modifi ed fi bres. This article presents the results of our study of the eff ect of two types of nanoadditives (nanosilica and nanocalcium carbonate) as potential carriers of an AMB active ingredient, and the eff ect of stearic acid, polyethylene glycol and propylene oxide as various dispersing systems on the rheological, colour and processing properties of polypropylene nanoadditive masterbatches. The obtained experimental results are evaluated in terms of the suitability of the properties of prepared nanoadditive masterbatches for the preparation of nanocomposite polypropylene fi bres.

Rheological, Colour and Processing Properties of Polypropylene Masterbatches for Nanocomposite Fibre Preparation