HDPE Natural Plastic Rod - 12mm Dia.


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Sale price£14.57
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Description

This HDPE natural plastic rod with a 12mm diameter is a versatile engineering stock material designed for machining, fabrication and general industrial use. Manufactured from high-density polyethylene, it offers an excellent balance of strength, low weight and chemical resistance, making it suitable for a wide range of components and prototypes.

Available in a choice of 500mm, 1000mm and 2000mm lengths, this rod is easy to cut, turn, mill and drill using standard workshop tools. Its low-friction surface and good wear properties make it ideal for bushes, spacers, guides, support pins and many other parts in mechanical, electrical and food-related applications.

Product Features

  • Natural HDPE round rod with a consistent 12mm diameter for accurate machining and fabrication.
  • Offered in three standard lengths: 500mm, 1000mm and 2000mm to suit small prototypes or longer production runs.
  • Manufactured from high-density polyethylene for toughness, durability and impact resistance.
  • Low-friction, smooth surface finish ideal for sliding or bearing-type applications.
  • Excellent resistance to many chemicals, oils and moisture for reliable performance in harsh environments.
  • Good electrical insulating properties, suitable for use around non-live electrical components and assemblies.
  • Lightweight and easy to handle compared with metal bar or rod stock.

Key Features and Benefits

  • Easy to machine using standard workshop tools, reducing fabrication time and tooling costs.
  • Corrosion-free performance, unlike metal rods, helping to extend service life in damp or chemically exposed environments.
  • Lightweight construction improves ergonomics and can help reduce overall equipment weight.
  • Impact-resistant material helps components withstand knocks, vibration and handling without cracking.
  • Good dimensional stability for reliable fit and function in precision-made spacers, bushes and fittings.
  • Available in convenient standard lengths, allowing you to minimise material waste and optimise cutting plans.

Specifications

Specification Detail
Material High-density polyethylene (HDPE), natural
Diameter 12mm (nominal)
Available lengths 500mm, 1000mm, 2000mm
Colour Natural (semi-opaque)
Temperature range (typical) Approx. -50°C to +80°C (load and application dependent)
Chemical resistance Good resistance to many acids, alkalis, solvents and oils

Applications and Ideal Uses

This 12mm diameter HDPE rod is suitable for a wide range of workshop, industrial and engineering tasks where a tough, lightweight and machinable plastic is required.

  • Machined bushes, spacers, dowels and guide pins for machinery and equipment.
  • Support posts, brackets and stand-offs in general fabrication and assembly work.
  • Low-friction slides, wear strips and simple bearing components.
  • Prototype parts, jigs and fixtures in design, testing and development environments.
  • Non-load-bearing components in food-related, laboratory and chemical-handling setups (subject to suitability checks).

Frequently Asked Questions

Can this HDPE 12mm rod be cut to shorter lengths easily?

Yes, the rod can be cut to shorter lengths using standard workshop tools such as a hacksaw, bandsaw or circular saw with an appropriate blade. For best results, use sharp tooling and support the rod to minimise vibration and ensure a clean, square cut.

Is this natural HDPE rod suitable for outdoor use?

HDPE has good resistance to moisture and many chemicals, so it performs well in many outdoor environments. However, prolonged exposure to direct sunlight can lead to surface degradation over time, so for long-term outdoor use it may be beneficial to provide shielding or consider additional protective measures depending on the application.

Can this HDPE rod be used for high-temperature applications?

This HDPE rod is generally suitable for use up to around 80°C, depending on the load and specific conditions. It is not recommended for high-temperature or structural applications where sustained temperatures significantly above this range are expected, as the material may soften and lose strength.

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