Abstract
The effect of oxidized PAN fibre on the kinetics of synthesis and hardening of the polymer matrix was investigated. it was shown that synthesis and polymer matrix formation in the structure and on the surface of oxidized PAN fibre take place with a higher initial rate. The effect of fibre fillers on the structure of the ion-exchange matrix was investigated. The possibility of direct regulation of the structural characteristics of the ion-exchange matrix was demonstrated. It was shown that the chemisorbents developed can be used in treatment of waste water to remove heavy metal cations. Oxidized PAN fibre is a promising fibre filler in production of Polikon composite chemisorption fibre materials for treatment of wastewaters.
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