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Description
This high-performance Nylon 12 extruded natural sheet is a premium engineering plastic designed for demanding applications where dimensional stability, toughness and durability are critical. Supplied in a natural, unfilled grade, it delivers reliable mechanical performance and excellent wear resistance across a wide range of operating environments.
With low moisture absorption, high impact strength and outstanding stress crack resistance, this Nylon 12 sheet is ideal for precision-machined components, structural parts and load-bearing elements. Available in a choice of thicknesses and sheet lengths, it is widely used in engineering, automotive, mechanical handling and industrial equipment applications.
Product Features
- Material: Extruded Nylon 12 (PA12) in natural, unpigmented finish for consistent machining performance.
- Thickness options: 25 mm, 30 mm, 40 mm and 50 mm to suit a broad range of structural and machined parts.
- Standard sheet width: 620 mm across all variants, providing ample material for profiling and nesting of components.
- Sheet length options: 500 mm, 1000 mm, 2000 mm and 3000 mm for reduced waste and optimised yield.
- Low moisture absorption compared with other polyamides, supporting good dimensional stability in service.
- High impact strength and toughness, suitable for dynamic and shock-loaded applications.
- Excellent resistance to stress cracking, helping extend service life under continuous mechanical loading.
Key Features and Benefits
- Maintains dimensional accuracy thanks to low water uptake, reducing swelling, warping and the need for frequent re-machining.
- Resists impact and shock loads, improving reliability of moving parts and components subject to vibration.
- Good machinability with standard metalworking tools, enabling precise components and smooth surface finishes.
- High resistance to stress cracking and fatigue enhances long-term performance in cyclic loading conditions.
- Wide choice of thicknesses and lengths allows efficient material utilisation and cost-effective cutting layouts.
- Natural, unfilled grade offers predictable, uniform properties across the sheet for consistent product quality.
Specifications
| Specification | Detail |
|---|---|
| Material | Nylon 12 (Polyamide 12), extruded, natural colour |
| Available thicknesses | 25 mm, 30 mm, 40 mm, 50 mm |
| Sheet width | 620 mm (nominal) |
| Available sheet lengths | 500 mm, 1000 mm, 2000 mm, 3000 mm |
| Key properties | Low moisture absorption, high impact strength, high stress crack resistance |
| Typical applications | Machined engineering components, structural parts, wear and guide elements |
Applications and Ideal Uses
This Nylon 12 extruded sheet is suited to precision engineering and industrial environments where stability, toughness and long-term reliability are essential.
- Machined components such as gears, bushes, spacers and precision housings.
- Guide rails, wear strips and sliding elements in conveyors and handling equipment.
- Structural panels, supports and brackets in machinery and plant construction.
- Components in automotive, transport and mechanical assemblies requiring low moisture sensitivity.
- Prototype and production parts where consistent, high-performance engineering plastic is required.
Frequently Asked Questions
How does Nylon 12 compare to other nylons in terms of moisture absorption?
Nylon 12 typically absorbs less moisture than other common polyamides such as Nylon 6 or Nylon 6.6. This lower water uptake helps the sheet maintain its dimensions more accurately, with reduced swelling and distortion in humid environments or when exposed to water.
Can this Nylon 12 sheet be easily machined into finished components?
Yes, the extruded natural Nylon 12 sheet machines well using standard metalworking tools. It can be sawn, turned, milled and drilled to produce precise components. Using sharp tools and appropriate cutting speeds will help achieve clean edges and smooth surface finishes.
Is this Nylon 12 sheet suitable for outdoor or long-term industrial use?
The sheet offers good durability, impact resistance and stress crack resistance, making it suitable for many long-term industrial applications. For outdoor use, overall suitability will depend on the specific environment and exposure conditions, so additional protection or testing may be advisable for highly demanding settings.