POM
POM
Polyacetal, commonly referred to as polyoxymethylene (POM), stands out as a versatile and extensively employed engineering thermoplastic. This polymer belongs to the family of polyoxymethylenes, distinguished by their exceptional mechanical properties, dimensional stability, and resistance to chemicals and moisture. Due to its unique combination of properties and ease of processing, polyacetal finds widespread use across various industries.
Project Description
Polyacetal (POM) sheets and rods stand out as some of the strongest and stiffest among all thermoplastics. These plastic materials exhibit good fatigue life, low moisture sensitivity, and high resistance to solvents and chemicals. Additionally, Polyacetal products feature commendable electrical properties. Both Homo-polymer and Copolymer grades of Polyacetal are available, including an enhanced bearing grade material. As a semi-crystalline engineering plastic, Polyacetal (POM) proves advantageous in various engineering applications, particularly in CNC machining processes, where its properties are well-suited for precision manufacturing.
Features
Excellent resilience
Excellent machinability
High mechanical strength
Physiologically inert
Gear Wheels with Small Modulus
Used in precision machinery where a compact design and fine tooth engagement are essential for optimal performance.
Bearings and Gears with Small Clearances
Essential in precision engineering applications, particularly in aerospace and medical devices, where minimal clearances are crucial for efficient operation.
Dimensionally Stable Precision Parts
Critical in optics to ensure accurate alignment and performance, particularly in telescopes.
Cams
Applied in machinery to convert rotary motion into reciprocating motion, enabling precise control and synchronization of movements.
Valve Seats
Found in internal combustion engines and industrial valves, they serve to provide a sealing surface, enhancing fluid flow control.
Electrically Insulating Components
Vital in electronics to prevent electrical conduction and ensure safety, commonly used in circuit boards and connectors.
Heavily Loaded Bearings and Rollers
Utilized in industrial equipment, such as mining machinery and construction equipment, to provide robust support under heavy loads.
Snap Fit Assemblies
Employed in consumer electronics and product packaging to securely and easily join components without the need for fasteners.
Properties
Good chemical resistance
High dimensional stability
Low moisture absorption
Very good sliding properties
High abrasion resistance
Low creep tendency
Good machinability
Favourable electric and dielectric behaviour
Typical areas of application
Mechanical engineering
Electrical industry
Medical engineering
Electronic industry
Automotive industry
Textile industry
Food processing industry
