Polyethylene (PE)
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Polyethylene (PE)
An engineering plastic family that stands out with its low coefficient of friction, high chemical resistance, and good impact resistance properties.
Product Description
Polyethylene (PE)is one of the engineering plastics that stands out with its low coefficient of friction, high chemical resistance, and good impact resistance properties. It appeals to a wide range of applications thanks to its types with different densities and molecular weights.
PE materials can be used safely in harsh working conditions thanks to their moisture-insensitive structure and stable performance in chemical environments. At the same time, they provide advantages in manufacturing processes with their lightweight structure and easy machinability.
Material Structure and Technical Properties
Polyethylene can be produced in different densities and molecular structures thanks to its thermoplastic structure. Thus, wear resistance, impact resistance, and chemical resistance properties can be optimized according to the application.
Technical Features and Advantages
Low Friction Coefficient
Provides smooth movement with its slippery surface, increases energy efficiency.
High Chemical Resistance
Shows superior resistance against acids, bases, and many chemicals.
Good Impact Resistance
Resistant to breaking and cracking, adapts to harsh conditions.
Non-Absorbent Structure
Unaffected by moisture, provides dimensional stability and hygiene.
Low Density
Offers ease of installation and use with its lightweight structure.
Good Machinability
Highly suitable for CNC and machining, smooth surfaces are obtained.
Technical Performance and Application Behavior
Polyethylene materials show high performance, especially in frictional and chemical environments. Thanks to their low friction property, they reduce wear and increase energy efficiency. At the same time, with their non-stick surface property, they prevent material accumulation and ensure systems operate more efficiently. This feature provides a significant advantage, especially in systems where fluid and granular materials are transported.
Application Areas
Polyethylene (PE) is widely used in many industries requiring low friction and chemical resistance.
Polyethylene Types and Comparison
Polyethylene (PE) materials are offered in the following types according to different performance needs:
| Feature | PE300 (HDPE) | PE500 (HMW HDPE) | PE1000 (UHMW-PE) |
|---|---|---|---|
| Definition / Focus | Economic and General Purpose | Balanced Performance | Very High Wear Resistance |
| Mechanical Strength | Good | Good | Very Good |
| Impact Resistance | Very Good | Very Good | Very Good |
| Wear Resistance | Medium | Good | Very Good |
| Friction / Sliding | Good | Very Good | Very Good |
| Chemical Resistance | Very Good | Very Good | Very Good |
| Price / Performance | Good | Very Good | Medium |
Polyethylene (PE) Series Options
You can review the polyethylene variant suitable for your needs:
PE1000
Offers superior wear resistance and slipperiness with its very high molecular weight.
Heavy Duty and Wear Series
PE500
Balanced mechanical performance for the food sector and general industry.
Food and Hygiene Series
PE300
Offers economic cost, lightweight structure, and high chemical resistance.
Economic General SeriesQuality Note: Production is carried out in compliance with the EN 15860 standard.
Technical Data Sheets (TDS)
You can download data sheets containing detailed technical parameters and mechanical values for polyethylene series.
Frequently Asked Questions (FAQ)
What is Polyethylene (PE)?
Polyethylene (PE) is a common engineering plastic that stands out with its low coefficient of friction, high chemical resistance, and lightweight structure, and has types such as PE300, PE500, and PE1000 according to their densities.
What are the differences between PE300, PE500, and PE1000?
Their molecular weights and wear resistances are different. PE300 is a general-purpose and economical solution; PE500 offers balanced performance; whereas PE1000 (UHMW-PE) is preferred for heavy-duty applications requiring extraordinary wear resistance.
Where is it used?
It is widely used as sliding surfaces in conveyor systems, silo and bunker linings, food processing machinery, chemical plants, and water treatment systems.
How is its chemical resistance?
It shows extremely high resistance against acids, bases, salt solutions, and many industrial chemicals.
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