PC Plastic Performance Introduction

  The comprehensive performance of PC plastics is unmatched by general plastics, making this material particularly suitable for manufacturing small-sized parts that demand high precision and accuracy, possess complex shapes, and can withstand light loads or limited impact stresses. As the temperature of PC plastics increases, their viscosity decreases very readily, which facilitates molding processes; however, maintaining all of their excellent properties intact throughout processing requires careful control. The performance characteristics of PC plastic include: 1) exceptionally high impact resistance, placing it firmly within the engineering plastics category; 2) good heat resistance combined with excellent low-temperature stability; 3) outstanding optical properties including high transparency, with light transmittance reaching up to 90%; 4) high dimensional stability after molding, good weatherability, and low water absorption; and 5) non-toxic properties. The reason PC plastic can be widely applied across numerous fields depends primarily on these performance attributes. This demands strict control over the production process to achieve optimal molding results; otherwise, product quality and performance may be adversely affected.