High strength and toughness: PC plastic has excellent mechanical properties, and its balance of strength and toughness can be considered outstanding. It can withstand large impact forces and is not easily broken, which makes it perform well in many application scenarios that require a certain amount of external force, such as automotive parts manufacturing. Many car bumpers are made of PC plastic, which can effectively absorb energy and protect the safety of the vehicle and passengers in the event of a collision.

Good Transparency: PC plastic has extremely high transparency, approaching the level of optical glass. This characteristic makes it highly effective in the field of optics, such as in the manufacture of optical lenses, optical discs, and other products. The CD and DVD discs we use in our daily lives utilize the high transparency of PC plastic to ensure that the laser can accurately read the data on the disc.

High temperature and low temperature resistance: PC plastic has excellent thermal stability and can maintain stable performance over a wide temperature range. It can withstand high temperatures up to 130 ℃ and maintain good flexibility and mechanical properties in low-temperature environments, such as -40 ℃. This characteristic makes it suitable for applications under various extreme temperature conditions, such as some components in the aerospace industry that must work normally in high-temperature engine compartments or extremely cold high-altitude environments. PC plastic can meet these stringent requirements.

Chemical corrosion resistance: PC plastic has good resistance to most chemicals and is not easily corroded by chemical reagents such as acids and alkalis. This characteristic enables it to be widely used in fields such as chemical engineering and food packaging. For example, some food packaging containers are made of PC plastic, which can ensure the safety of packaging and prevent food from being contaminated by chemicals.