Abstract
Adhesive compounds based on chlorinated natural rubber of foreign (Pergut S20) and domestic chlorinated polyisoprene (Cl-SKI-3 and Cl-SKI-5) production are investigated for a compound rubber based on a NBR-26 nitrile butadiene rubber–St3 connection. The optimum solvent for the fabrication of adhesive compounds based on chlorinated isoprene rubbers is determined using a thermodynamic approach. The resistance of chlorinated natural rubber (Pergut S20) and synthetic isoprene (Cl-SKI-3 and Cl‑SKI-5) rubbers to the action of high temperatures is determined via TGA and DSC. The possibility of the use of domestic chlorinated polyisoprenes based on SKI-3 and SKI-5 rubbers for the industrial production of elastomeric adhesives is shown.
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