Abstract
The effect of a foaming agent, gelling agent, porous and nonporous fillers (silica gel and chalk) on the ability of latex foam to resist rupture of pore walls, the coherence of the pore volume, and the mechanical properties of foam rubber are investigated. It is demonstrated that the average size of the pores and the through junctions between pores can be increased by up to 1.5 times, their ratio by up to 1.5 times, and pore coherence by up to two times by varying compositional factors.
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