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Polyamide is a type of polymer that is frequently used in applications that require high performance. The chemical structure of polyamides contains an amide group (-CONH-). This helps the polymer gain properties that show high chemical resistance. Although they are stable in acidic and basic environments, they can be sensitive to strong oxidants. Unlike other polymers, they are widely used in the production areas of textiles, automotive, electrical electronics, medical devices, packaging and mechanical parts due to their durability, flexibility, abrasion resistance, chemical resistance and hydroscopic properties.
Polyamides are mostly synthesized by polycondensation. This method is based on the reaction of two monomers to form a polymer chain. Polyamides are strong, durable and flexible materials that are widely used in various industrial, mechanical and textile fields. Synthesis methods allow these materials to have a wide range of properties. For this reason, the areas where polyamides are used and new applications developing are increasing day by day.
In the light of this information, the formation rates of new polyamide polymers using tartaric acid and hydrazine hydrate were investigated by changing the temperature and solvent parameters.
| Keywords | polymer, polyamide, temperature, solvent, polycondensation |
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