POM
What is POM (Polyacetal)? Properties and Uses
POM (Polyacetal) is a thermoplastic polymer known for its high mechanical strength and excellent dimensional stability. POM, usually obtained with acetaldehyde derivatives, is a strong, hard and low coefficient of friction material with a wide range of applications in various industries.
POM Properties
High Mechanical Strength:
POM offers high tensile and rupture strength. This ensures reliable performance even under harsh conditions.
Low Coefficient of Friction:
The low coefficient of friction makes POM an ideal choice for sliding and moving parts. This supports its widespread use in machinery and automotive parts.
Dimensional Stability:
POM exhibits excellent dimensional stability against changes in temperature and humidity. This makes it possible to produce durable parts, even with complex shapes.
Chemical Resistance:
POM is resistant to many chemicals, oils and solvents. This makes it a reliable material in industrial applications.
Easy Processability:
POM can be easily shaped by injection molding and other processing methods. This saves time and cost in production processes.
POM Usage Areas
Automotive Industry:
POM is widely used in automotive parts. It is especially ideal for parts such as gears, bearings, seals and fasteners.
Mechanical Parts:
POM is used in the production of moving parts in industrial machines and devices. Thanks to its high durability, it offers long-lasting components.
Home Appliances and White Goods:
POM is used in the production of durable and lightweight parts for kitchen appliances, white goods and household items.
Electronic Products:
In electronic devices and appliances, POM is a preferred material for its low friction and durability. It is frequently used in case parts and internal components.
Medical Applications:
POM is also used in the manufacture of medical devices and instruments and offers a safe option with its high durability and chemical resistance properties.
POM Advantages
POM (Polyacetal) is a widely preferred material in various industries with its advantages such as high mechanical strength, low friction, dimensional stability and chemical resistance. It stands out with the reliable and durable solutions it offers in the automotive, machinery, electronics and medical sectors.
