Ceramic printing materials

Robocasting materials

Low temperature pastes 980 – 1100 °C

The range of low temperature pastes includes a wide range of multipurpose pastes for pottery, artistic ceramics and structural ceramics.
They provide ideal properties for the production of pieces that are difficult to dry, avoiding deformations and cracks.

Refractory pastes 1200 – 1300 °C

The range of refractory pastes includes a wide range of high temperature pastes for artistic ceramics. They contain a high percentage of chamotte (40%), with different granulometries, from impalpable (0-0.2 mm) to very thick (1-3 mm), which provides excellent behavior during drying and cooking. The varieties with larger grain size develop textures that give character to the piece. Their extraordinary plasticity makes them optimal for modeling and large-format sculpture, and their wide range of tones, from ivory white to graphite black, makes them an ideal medium for artistic expression. They are also suitable pastes for Raku.

Special pastas and porcelain

The range of porcelains includes a wide and exclusive proposal for artistic ceramics, with colored varieties, chamotte, paper and imperial Jingdezhen porcelains, of extraordinary translucence and whiteness. Likewise, this section includes the special ceramic pastes that, due to their characteristics, stand out from the more conventional ranges.

Binderjetting materials

Refractory ceramic 1200-1250 °C

Composition specially designed for lightweight glazed pieces.
Microporous ceramic ideal for scientific, design, or engineering projects.
Ceramic ideal for jewelry due to its lightness and the inherent properties of ceramic. Toasted white colouring.

Infiltrated refractory ceramic, enamelled

The formulation of our Binderjet B1 ceramic 3D printing powder allows to infiltrate different ceramic components that change the parameters on demand of the project’s needs. The material also allows for a wide enamel range that give the pieces very different values from those previously described in the table.

Alumina 1650 °C

Alumina printing is ideal when volumetric, thermal and chemical resistance results are sought.
The parts printed in B1 alumina with binderjet stand out for its price and measurements compared to other technologies.
The resolution of the parts will never be what is achieved with other technologies such as SLA or DLP presenting in many cases deformations greater than 0.3 mm

SLA/DLP materials

Porcelain SLA 1200 – 1250 °C

Composition specially made for light enamelled pieces.
Microporous ceramics ideal for scientific, design or engineering projects.
Ideal ceramic for jewelery due to its lightness and the ceramics own virtues. Toasty white colouring.

Alumina Silicate DLP 1250 °C

Composition with more hardness than the B1 formulation based on Sio2, aesthetic finishes equivalent to enamelling, more tolerance to outdoor weather. Less porous and more compact; Base coloring yellowish white.

Alumina DLP 1650 °C

DLP alumina printing results in 100% ALo2 parts ideal for parts with high resistance to wear and thermal impact.
Ideal for parts that are not possible to machine due to their geometry.
Small parts, technology not suitable for the production of medium or large parts.