Question

why are thermoset plastics not affected by solvents to the same extent as thermoplastics?

Answer 1

hermoset plastics contain polymers that cross-interface together amid the curing procedure to shape an irreversible compound bond. The cross-connecting process dispenses with the danger of the item remelting when warmth is connected, making thermosets perfect for high-warm applications, for example, gadgets and machines.

thermosetting plastics have predominant properties like high thermal stabilit, high inflexibility, high dimensional dependability, impervious to crawl or disfigurement under load, high electrical and warm protecting properties, and so forth. This is essentially on the grounds that thermosetting plastics are exceptionally cross-connected polymers that have a three-dimensional system of covalently reinforced iotas. The solid cross-connected structure indicates imperviousness to higher temperatures which gives more noteworthy warm steadiness than thermoplastics. Consequently, these materials can't be reused, remolded, or changed after warming.

Thermoplastic is a class of polymer, which can be effortlessly liquefied or diminished by giving warmth keeping in mind the end goal to reuse the material. Hence, these polymers are by and large created in one stage and after that changed over into the required article at a resulting procedure. Besides, thermoplastics have covalent cooperations between monomer atoms and optional powerless van der Waal collaborations between polymer chains. This frail bonds can be broken by warmth, and change its atomic structure.