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Ways to decrease the flammability of rubber materials based on organosilicon rubbers of different structures and on ethylene–propylene–diene rubbers are shown. Data on the influence of the structure of organosilicon rubbers on their flammability and the influence of metal hydroxides and their dispersion on the decrease in the flammability of rubbers are given.
This paper presents the results of investigating the structure, the combustibility, and the basic physical and mechanical properties of sealing ethylene-propylene-diene monomer rubber specimens filled with flame retardants such as aluminum and magnesium hydroxides of different dispersity. It is shown that an increase in the flame-retardant particle size causes a change in the structure and the properties...
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