Polyoxymethylene POM Plate Engineering Plastic Part POM Fixed Plate

PRODUCT DESCRIPTION
Engineering Plastic Polyoxymethylene Plastic Parts POM Fixed Plate Plastic
Machined Parts



A POM (Polyoxymethylene) fixed plate refers to a component made from POM
material that serves as a stationary or fixed element in a mechanical
assembly or system. POM, also known as acetal or Delrin, is a high-
performance engineering plastic known for its excellent mechanical
properties and dimensional stability.



Ultra-high molecular polyethylene board has good wear resistance, impact
resistance, chemical corrosion resistance, self-lubrication, low absorption
quantity and non-toxic, such as the excellent performance is instead of POM,
PA, PP, the best choice of PTFE, is mainly used for transmission,
transportation, transportation, automotive, food and beverage industries,
according to the customer request production of conductive, functional
materials such as UV resistance.



Application 1: Wear resistance and impact resistance based applications
Application two: self - lubricity and non - viscous applications
Application three: mainly corrosive and non - absorbent applications
Application four: mainly health non-toxic application
Application five: low temperature resistance and insulation based
applications



Here is a description of a POM fixed plate and its key characteristics:



1. Material: POM is a thermoplastic with a high tensile strength and
stiffness, making it suitable for applications that require structural
integrity and dimensional stability. POM fixed plates are typically made
from solid POM sheets or blocks.



2. Dimensional Stability: POM exhibits low moisture absorption, which helps
maintain its dimensional stability over a wide range of environmental
conditions. This characteristic ensures that POM fixed plates retain their
shape and dimensions, even in humid or wet environments.



3. Low Friction and Wear Resistance: POM has a low coefficient of friction,
which allows for smooth sliding and reduced wear when in contact with other
surfaces. POM fixed plates are commonly used in applications that involve
sliding or rubbing, such as in conveyor systems, machinery guides, and
bearing components.



4. Chemical Resistance: POM has good resistance to many chemicals, solvents,
and oils. It is less prone to chemical attack or degradation, making POM
fixed plates suitable for applications where exposure to chemicals is a
concern.



5. Machinability: POM is a material that can be easily machined and
fabricated into various shapes and sizes. This property allows for precise
customization and the creation of complex designs for POM fixed plates,
meeting specific application requirements.



6. Low Moisture Absorption: POM has low water absorption, which minimizes
dimensional changes in humid environments. This characteristic is
advantageous in applications where moisture resistance is needed, such as in
marine or outdoor equipment.



7. Electrical Insulation: POM is an electrical insulator with good
dielectric properties. It is commonly used in electrical and electronic
applications where insulation and non-conductivity are important.



POM fixed plates find applications in a wide range of industries, including
automotive, aerospace, machinery, electronics, and consumer goods. They are
utilized in various mechanical assemblies, such as support structures,
sliding mechanisms, guides, and fixtures, where their excellent mechanical
properties, low friction, dimensional stability, and chemical resistance are
valuable.

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