DuPont POM
DuPont POM (polyoxymethylene) is a high-performance engineering plastic developed by DuPont, which has a range of excellent characteristics and can be widely used in various fields such as automobile manufacturing, electronics, machinery, medical equipment, etc.
Firstly, the POM material possesses outstanding mechanical properties, such as high wear resistance, high strength, high hardness, and anti-tensile stress, which makes it an ideal choice for manufacturing high-durability, high-demand components and high-speed motion transmission components.
Secondly, the chemical resistance, oil resistance, and long service life of POM materials make it possible to be used in various extreme environments, while avoiding the risk of damage and deformation during operation, thus making it possible to be used in various industrial applications.
In addition, POM also has high temperature stability, and designers can develop high-temperature applications and high-performance materials based on this feature, such as the use of oil pump blades, aviation parts, which require heat-resistant or high-temperature stability.
The low manufacturing cost of POM materials makes them applicable to various large-scale production fields, such as automobile manufacturing. POM can replace traditional metal components, not only with the same function but also with significant improvements in performance, production cost, and processing accuracy.
In conclusion, DuPont POM is an excellent engineering plastic with excellent physical properties, resistance to chemical changes, heat resistance, and high cost-effectiveness. These characteristics make POM materials widely used in the manufacture of precision parts, high-speed motion transmission components, and various electronics, machinery, medical equipment, and other products, with great potential for further development.
