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Description
This premium high-performance 10% PE filled light blue acetal C sheet is an engineering-grade plastic designed for demanding mechanical applications. Combining the inherent strength, rigidity and dimensional stability of acetal with polyethylene (PE) filler, it delivers enhanced wear resistance and low friction performance in dry-running and lubricated environments.
Ideal for precision-engineered components, this sheet material is widely used in automotive, food processing, packaging machinery and general mechanical engineering. Available in a choice of practical thicknesses and sheet sizes, it offers a reliable, machinable alternative to metals for parts such as bearings, guides, gears, wear plates and structural components.
Product Features
- Manufactured from high-quality acetal C with 10% polyethylene (PE) filling for improved sliding and wear properties.
- Supplied in a distinctive light blue colour to aid easy identification in mixed-material assemblies and plant environments.
- Available sheet thicknesses of 10 mm, 30 mm, 40 mm and 50 mm to suit a wide range of machined component requirements.
- Standard sheet lengths of 1000 mm or 2000 mm for flexibility in nesting parts and minimising machining waste.
- Consistent sheet width of 1000 mm for straightforward cutting, handling and stock management.
- Excellent machinability using conventional metalworking tools, enabling tight tolerances and clean surface finishes.
- Good dimensional stability and low moisture absorption compared with many other engineering plastics.
Key Features and Benefits
- Enhanced wear resistance due to 10% PE filling helps extend service life of moving components and reduces maintenance intervals.
- Low coefficient of friction promotes smoother operation in sliding and reciprocating applications, helping to reduce noise and energy consumption.
- High mechanical strength and stiffness make the sheet suitable for load-bearing and structural parts that require reliable, long-term performance.
- Excellent machinability allows complex shapes, fine details and precision tolerances to be produced with minimal tool wear and set-up time.
- Good dimensional stability and low moisture uptake support accurate component fit and function, even in varying ambient conditions.
- Metal replacement potential can help reduce component weight and avoid corrosion issues in assemblies exposed to moisture or cleaning regimes.
Specifications
| Specification | Detail |
|---|---|
| Material | Acetal C (copolymer) with 10% polyethylene (PE) filling |
| Colour | Light blue |
| Available thicknesses | 10 mm, 30 mm, 40 mm, 50 mm |
| Sheet width | 1000 mm (nominal) |
| Sheet lengths | 1000 mm, 2000 mm |
| Typical properties | High stiffness, good wear resistance, low friction, low moisture absorption |
Applications and Ideal Uses
This 10% PE filled light blue acetal C sheet is suitable for a wide range of precision engineering and industrial applications where low friction, wear resistance and dimensional stability are essential.
- Wear strips, sliding guides and conveyor components in food processing and packaging machinery.
- Precision machined gears, sprockets and cams in automated equipment and mechanical drives.
- Bushes, bearings and low-friction spacers as an alternative to metal in light to medium load applications.
- Structural and support components in jigs, fixtures and handling systems requiring good rigidity.
- Custom machined parts for automotive, textile, printing and general industrial machinery.
Frequently Asked Questions
What is the advantage of 10% PE filling in this light blue acetal C sheet?
The 10% polyethylene (PE) filling improves the material’s sliding properties and wear resistance compared with standard unfilled acetal C. This helps to reduce friction, lower operating noise and extend the service life of components in applications involving repeated or continuous movement.
Can this acetal C sheet be machined with standard workshop tools?
Yes, the sheet is designed for easy machining using standard metalworking tools such as saws, mills and lathes. Sharp tools and appropriate cutting speeds will help achieve clean edges, accurate dimensions and smooth surface finishes, while also reducing heat build-up during machining.
Is this material suitable for use in wet or humid environments?
The acetal C base polymer has low moisture absorption compared with many other engineering plastics, which supports dimensional stability in wet or humid conditions. It is therefore suitable for many applications where occasional wash-down or exposure to moisture occurs, although specific chemical and temperature conditions should always be checked against the material’s performance requirements.