POM

POM, also known as acetal, is an engineering plastic commonly used for precision plastic parts. It has good dimensional stability, low friction, wear resistance, and mechanical strength, making it suitable for CNC machined plastic components and functional injection molded parts.

POM machined plastic parts including gears bushings blocks and functional components

Performance Specifications

Parameter
Value
Good Dimensional Stability
POM is suitable for parts that require stable dimensions and consistent mechanical performance.
Low Friction
POM has low-friction properties and is often used for sliding, moving, or rotating components.
Wear Resistance
POM provides good wear resistance for functional parts such as gears, bushings, rollers, and mechanical components.
Mechanical Strength
POM offers good strength and stiffness for many functional plastic applications.
Good Machinability
POM can be CNC machined for prototypes, custom plastic parts, and low-volume production components.
Chemical Resistance
POM has suitable resistance to many oils, fuels, and solvents, depending on the application environment.

Material Overview

POM Material for Custom CNC Machining and Injection Molding

POM, also known as acetal, is a commonly used engineering plastic for precision and functional plastic parts. It is suitable for projects that require dimensional stability, low friction, wear resistance, and good mechanical strength.

At Yinuomold, POM can be used for CNC machined plastic parts and injection molded plastic components, depending on the part structure, production quantity, tolerance requirements, and final application.

Key Features of POM

POM may offer the following material characteristics:

– Good dimensional stability
– Low friction
– Wear resistance
– Good machinability
– Mechanical strength
– Suitable stiffness
– Suitable chemical resistance for many applications

Because POM is often used for functional parts, the final material grade and production method should be evaluated according to product structure, tolerance requirements, load conditions, and usage environment.

Applicable Manufacturing Processes

POM can be used for:

– CNC machined plastic parts
– Prototype plastic components
– Low-volume production parts
– Injection molded functional plastic parts

Typical Applications

POM is commonly used in:

– Gears
– Bushings
– Rollers
– Guide rails
– Spacers
– Sliding parts
– Precision plastic components
– Mechanical functional parts
– Industrial plastic parts

Project Evaluation

For POM parts, we usually review the drawing, part size, tolerance requirements, material grade, working environment, surface requirements, and production quantity before confirming the suitable manufacturing process.

The final material and process should be selected according to the product function, dimensional requirements, wear resistance needs, mechanical load, cost, and production volume.
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Typical Applications

POM is commonly used for gears, bushings, rollers, guide rails, spacers, precision plastic components, sliding parts, mechanical parts, and custom functional plastic parts.

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