Pellets

Material quantity

Density

1 g/cm³ - 2 g/cm³

Mechanical properties

Thermal properties

Processing temperature

220 ºC - 220 ºC

Highlighted features

Support / Soluble

Print soluble or easily removable support structures for intricate parts printed with a dual extruder printer. Several options available for different main materials.

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Support/soluble pellets are indispensable in the realm of 3D printing, serving as crucial elements in creating support structures for intricate designs and complex geometries. Among the most popular materials are HiPS and PVA pellets, each offering unique solubility properties. HiPS pellets dissolve in chemical agents, while PVA pellets dissolve in water. This diversity in solubility enables users to choose the most appropriate material based on their specific printing needs and post-processing capabilities.

HiPS pellets provide robust support for 3D printed objects, effectively bolstering intricate features and overhangs during the printing process. Once printing is complete, these support structures can be effortlessly dissolved using chemical agents, leaving behind a smooth surface finish on the printed object. On the other hand, PVA pellets offer similar support capabilities but dissolve in water, making them an environmentally friendly and user-friendly option for post-processing. The ability to dissolve PVA supports with water eliminates the need for harsh chemicals, simplifying the post-printing process and reducing environmental impact.

In the 3D printing workflow, support/soluble pellets enable the fabrication of complex geometries and delicate structures with precision and accuracy. Whether creating prototypes, functional parts, or intricate models, the use of support/soluble pellets ensures successful printing outcomes and enhances the efficiency of the additive manufacturing process. With HiPS and PVA pellets leading the way in providing reliable support solutions, users can achieve intricate designs and achieve high-quality results in their 3D printing projects.