Custom CNC machined polyethylene parts for industrial applications requiring wear resistance, low friction, food compliance, and chemical resistance.
Polyethylene (PE) machined parts are technical plastic solutions produced for industrial systems requiring high wear and impact resistance, very low friction coefficient, and superior chemical resistance. Thanks to the transformation of semi-finished PE1000 (UHMW-PE), PE500 (HMW-PE), and PE300 (HDPE) raw materials into final technical parts through precise CNC machining processes, reliable components are obtained in application-specific dimensions and tolerances.
With their compliance with food safety certifications, non-water-absorbing structure, and quiet operating performance, polyethylene finished products are an indispensable mechanical component, especially in conveyor lines, packaging machines, and food processing facilities.
Our parts are produced with precise tolerances in state-of-the-art CNC machining centers, staying true to technical drawings, samples, or custom dimension information.
Maintains its surface form and strength even under heavy friction and impact.
Provides energy savings and quiet operation in systems with its slippery surface.
Meets hygienic standards with its food-safe structure that does not harbor bacteria.
Its water absorption rate is close to zero, offering full dimensional stability in humid environments.
Maintains its structure in contact with acids, bases, and aggressive chemicals.
Suitable for the production of tight-tolerance technical parts with CNC lathe and milling.
Numerous sector-specific technical parts can be produced using polyethylene raw materials (PE1000, PE500, PE300): Conveyor chain guides and wear profiles (for continuously moving lines), chain sprockets and star wheels (quiet power transmission parts), food cutting panels and tables (hygienic work surfaces), silo and bunker discharge flaps (liners preventing material adhesion), and custom CNC-machined technical parts (application-specific solutions produced according to technical drawings).
Polyethylene finished products are used in a very wide industrial range where hygiene, wear resistance, and slipperiness stand out.
Performance comparison of polyethylene series used in finished product manufacturing:
| Feature | PE1000 (UHMW-PE) | PE500 (HMW-PE) | PE300 (HDPE) |
|---|---|---|---|
| Molecular Weight | Very High (~4.5 - 9 Mil.) | High (~500,000) | Standard (~300,000) |
| Wear Resistance | Excellent / Very Good | Good | Medium |
| Impact Resistance | Very Good | Good | Medium |
| Friction Coefficient: | Very Low (Very Slippery) | Low | Standard |
| Machinability | Good | Very Good | Very Good |
| Chemical & Water Resistance | Very Good | Very Good | Very Good |
| Price / Performance | Special Heavy Duty | Balanced Choice | Economic Solution |
Basic polyethylene variants used in finished product manufacturing:
High-performance polyethylene for heavy wear, intense impact, and frictional parts.
Heavy Duty Raw Material
Ideal choice for food cutting tables and parts requiring moderate wear resistance.
Food and Balanced Series
Raw material for economical chemical tank parts and welded construction manufacturing.
Economic General SeriesPolyethylene finished products are custom-manufactured for the application based on technical drawings, samples, or dimensional information. PE1000, PE500, or PE300 raw material is selected according to the load, friction, and temperature requirements of the application area.
Quality Note: Machining and production are carried out in compliance with the EN 15860 standard.
You can download the data sheets containing detailed technical parameters and mechanical values for polyethylene raw materials.
PE1000 is preferred for conveyors with excessive friction and wear, PE500 for food cutting and hygienic parts, and PE300 for chemical resistance and economical parts.
You can get a custom manufacturing quote by sending a technical drawing, 3D CAD file, or physical sample.
Yes, especially PE500 and PE1000 parts to be used in food lines are processed according to food compliance norms.
Submit your technical drawings or dimensional information immediately for the part you want to have manufactured, and we will get back to you as soon as possible.