HIPS Pellets
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HIPS pellets

PELLET-HIPS-1KG
9.95 € 9.95 €
Tax excl.
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In stock 3 units available for immediate shipping.
units available for shipping in 2 - 4 days
Available for shipment within 2 - 4 days

Product temporarily out of stock with these characteristics. Select another combination.

Product temporarily out of stock with these characteristics. Select another combination.

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Approximate delivery date: Friday 13 September

HiPS is a thermoplastic obtained by polymerisation with high impact resistance, commonly known as High Impact Polystyrene. HiPS is a heat-resistant material with physical properties ideal for use in the packaging industry, food industry, etc.

This material is very similar to ABS in terms of its mechanical and physical properties (stiffness, tensile and impact strength, thermal stability...). However, there is one property that makes it different from all the others: its solubility in D-Limonene.

D-Limoneno is a natural biodegradable solvent extracted from citrus peel oil.

D-Limoneno

Image 1: D-Limoneno. Source: Filament2print.

Thanks to this property, HiPS can be used as a support material for ABS in areas where support is necessary to achieve the correct shape of the part. Thus, parts with complex geometries can be printed in ABS with HiPS as a support material. Once production is complete, the part must be immersed in D-Limonene to dissolve the HiPS and obtain the final part without any remaining support material and with a high surface quality.

HiPS pellets are small cylinders of the highest quality material. They do not incorporate recycled or reclaimed material. Because of these qualities, HiPS pellets are perfect for 3D printing, achieving high print quality. There are several methods for using pellets in 3D printing:

  • HiPS pellets can be used in the manufacture of filament for FDM 3D printers using Filastruder or any other filament extruder.
  • It is possible to use a pellet extruder for direct 3D printing.

To obtain different colours, the HiPS material pellets must be combined with the desired dyes. In this way, customised colours can be achieved. This can be very useful, as in some cases it can be difficult to find the exact colour required for each application. This is a great advantage, especially when producing small series of parts in a particular colour.

Examples of dyes for pellets.

Image 2: Examples of dyes for pellets. Source: Filament2print.

With the combination of HiPS Pellets and a good filament extruder such as Filastruder, it is possible to obtain 3D printing filament with qualities similar to those of commercial HiPS filament.

When using HiPS Pellets to make filament with a filament extruder such as Filastruder or using a pellet extruder for direct 3D printing, it should be noted that the extrusion temperature must be regulated in relation to the extrusion speed used. For optimal results, it is recommended to read the product's usage tips.

General information

Manufacturer Smart Materials
Material HiPS
Format 1 Kg / 5 Kg / 15 Kg
Density 1.05 g/cm³

Mechanical properties

Elongation at break 29.1 %
Tensile strength 16 MPa
Tensile modulus 1750 MPa
Flexural strength 38 MPa
Flexural modulus 1950 MPa
Surface hardness -
Impact strength 14 KJ/m²

Electrical properties

Thermal properties

Melting temperature - ºC
Softening temperature - ºC
Processing temperature 240 ºC
MFR Ratio -
Glass transition temperature - ºC
Heat deflexion temperature - ºC

Specific properties

Other

HS Code 3901.1

If HiPS is used as a support material, to dissolve it, D-Limoneno should be poured into a glass container until the part is covered and the container should be covered. The HiPS will dissolve in 12-24 hours depending on the amount of support material used. It is advisable to stir the liquid from time to time. Once the piece is clean of support, it should be removed and rinsed with plenty of water.

This material is not very hygroscopic, i.e. it has little tendency to absorb humidity. In any case, it is always advisable to store the pellets in an airtight bag or with desiccant bags to prevent moisture from affecting the result of the filament or 3D printed parts.

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