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Material HB Title
HDPE LASER CUTTING OR MILLING

Material HB Description
Discover HDPE (High-Density Polyethylene) laser cutting or milling at CutWise.
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Overview Text

HDPE (High-Density Polyethylene)

Plastic

HDPE, in full High-Density Polyethylene, is a versatile, wear-resistant plastic known for its high density and excellent chemical resistance. This material is lightweight, strong, and has very low moisture absorption, making it ideal for applications in demanding environments. 
Well-known trade names for HDPE include: Hostalen®, Lupolen®, and Polystone® G.

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  • Milling

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HDPE (High-Density Polyethylene)

Properties of HDPE

  • Very high chemical resistance
  • Low moisture absorption
  • Excellent wear resistance
  • Easy to weld and machine
  • High impact resistance, even at low temperatures
  • Good electrical insulating properties
  • Lightweight material
  • Weather-resistant, including UV (with additives)
  • Food-safe (when of suitable grade)

Thanks to this combination of properties, HDPE is a popular choice in industry, especially where durability and chemical resistance are important. 
Alternatives to HDPE include PP (Polypropylene) or UHMW-PE (Ultra-High Molecular Weight Polyethylene).

Datasheet Title
Technical properties of HDPE

Product information and operations
Thickness Dimensions Color Laser cutting Milling Bending Glueable
1 mm 2000x1000 mm Zwart
Naturel




1.5 mm 2000x1000 mm Zwart
2 mm 3000x1500 mm Zwart
Naturel




3 mm 3000x1500 mm Zwart
Naturel




4 mm 2000x1000 mm Zwart
Naturel




5 mm 3000x1500 mm Zwart
Naturel




6 mm 3000x1500 mm Zwart
Naturel




8 mm 2000x1000 mm Zwart
Naturel




10 mm 2000x1000 mm Zwart
Naturel




12 mm 2000x1000 mm Zwart
Naturel




15 mm 3000x1500 mm Zwart
Naturel




20 mm 3060x1500 mm Zwart
Naturel




25 mm 3000x1500 mm Zwart
Naturel




30 mm 2000x1000 mm Zwart
40 mm 2000x1000 mm Zwart
Technical properties

Algemeen

Soortelijke massa 0,95 g/cm³

Vochtopname bij normaal klimaat 0,05 %

Brandgedrag B2

Specifieke warmtecapaciteit 2,5 kj/Kg°C

Temperatuurbereik

Minimale gebruikstemperatuur -40°C

Maximale gebruikstemperatuur +80°C

Mechanisch

Treksterkte 22 N/mm

Rek tot breuk >500 %

E-Modulus 800 N/mm²

Buigsterkte 25 N/mm²

Slagsterkte 12 Charpy

Shore of kogeldruk hardheid 63 Shore °D

Wrijvingscoëfficiënt 0,25

Elektrisch

Relatieve elektrische constante 2,3 / 100 Hz

Diëlektrische verliesfactor 0,0002 / tan (..x10⁻³)

Specifieke weerstand >10 / 16 Ω cm

Oppervlakte weerstand >10 / 13 Ω

Kruipstroomvastheid >600 KC

Doorslagspanning 50 kV/mm

Thermisch

Kristallijn smeltpunt 126-135 °C

Warmte geleidbaarheid 0,38 W/m°K

Lineaire uitzettingscoëfficiënt 0,18 mm/m°C

Gebruikstemperatuur lange termijn onbelast -50/80 °C

Maximale gebruikstemperatuur korte termijn 100 °C

Hitte vormbestendigheid 48 °C

Applications of HDPE

Chemical storage tanks

Pipe and tubing systems

Machine parts

Food processing applications

Cutting boards and worktops

Lining of trucks and hoppers

Underwater constructions

Protective covers and shields

Frequently asked questions about HDPE

What are the main advantages of HDPE compared to other plastics?

HDPE combines high chemical resistance, impact strength, and low water absorption, making it ideal for heavy industrial applications.

Is HDPE suitable for outdoor use?

Yes. HDPE is highly weather-resistant. With UV stabilizers, the material remains protected against sunlight and the elements for extended periods.

Can HDPE be welded?

Yes. HDPE is excellent for welding using techniques such as butt-fusion and extrusion welding, which produce strong, durable joints.

What is the temperature range in which HDPE can be safely used?

HDPE retains its properties between –50 °C and +80 °C, making it suitable for both cold and moderate environments.

Is HDPE food-safe?

Certain grades of HDPE are certified for food contact and are widely used in the food processing industry.

What are alternatives to HDPE when higher temperatures are required?

For higher-temperature applications, materials such as PEEK or PPS are more suitable.

How well does HDPE resist chemicals?

HDPE is excellent at resisting most acids, alkalis, and organic solvents, which is why it’s extensively used in the chemical sector.

Is HDPE suitable for heavy mechanical loading?

HDPE offers high impact resistance but moderate stiffness. For very heavy mechanical loads, UHMW-PE may be a better choice.

Can HDPE be recycled?

Yes. HDPE is highly recyclable and is often reused in various industrial applications.

What are common processing methods for HDPE?

HDPE can be easily sawn, milled, turned, welded, and thermoformed.

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