What types of ceramic filaments are available, and what are their properties?

Additive Plus offers guidance on 3DCeram ceramic filaments including alumina, zirconia, and silicon carbide. Alumina is strong and wear-resistant, zirconia is tough with high fracture toughness, and silicon carbide is extremely hard and thermally stable. Each filament has unique properties suitable for engineering, industrial, and prototyping applications.

How do I print ceramic filament with an FDM printer?

At Additive Plus, we recommend using hardened steel nozzles to handle abrasive ceramic filaments. Typical FDM settings include 200–250°C nozzle temperature and 50–70°C bed temperature, with slower print speeds for precision. Proper handling ensures consistent extrusion and high-quality prints.

What are the post-processing steps for ceramic filament, including debinding and sintering?

Additive Plus advises a two-step process: Debinding to remove the polymer binder, usually via controlled heating. Sintering in a furnace to densify the ceramic part. Following the manufacturer’s time, temperature, and atmosphere recommendations ensures optimal mechanical and thermal properties.

What are the best printers and kits for home ceramic 3D printing?

Additive Plus recommends FDM printers compatible with abrasive filaments and kits designed for small-scale ceramic projects. Look for hardened nozzles, adjustable extrusion, and heated beds, which help produce reliable ceramic prints at home or in an educational setting.

What are common applications for alumina, zirconia, and silicon carbide prints?

Additive Plus highlights that alumina is used in wear-resistant components, zirconia in dental and biomedical parts, and silicon carbide for high-temperature, high-strength industrial applications. These filaments allow functional prototypes and specialized end-use ceramic parts.

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3DCeram

3DCeram delivers high-precision ceramic 3D printing solutions for industrial, medical, and research use. From alumina and zirconia to silicon nitride and hydroxyapatite, its advanced CERAMIC SLA printers and materials ensure exceptional strength and accuracy. Order your 3DCeram system today and take your ceramic manufacturing to the next level.

26 systems From $ 16 made in USA

Showing 9–16 of 26

3DCeram · CERAMIC SLA

Cordierite 3D Printing Paste

OXIDE CERAMICS This low CTE and thermal conductivity ceramic is wear resistant. It suits vacuum application.

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3DCeram · CERAMIC SLA

Fused Silica 3D Printing Paste

OXIDE CERAMICS Silice ceramics suit foundry cores and optical applications requirements.

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In stock

3DCeram · CERAMIC SLA

Hydroxyapatite 3D Printing Paste

OXIDE CERAMICS Hydroxyapatite/TCP: material used in the biomedical applications for the manufacture of the osseous substitutes, chemical composition close to bone.

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In stock

3DCeram · CERAMIC SLA

Silicon Nitride 3D Printing Paste

NON OXIDE CERAMICS The Silicon Nitride is among the hardest and most resistant technical ceramics. It has also a high resistance to thermal shocks, to wear and corrosion (liquid and gas). Its application is found in the components of pumps and valves, semiconductors among others.

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3DCeram · CERAMIC SLA

Silicore 3D Printing Paste

OXIDE CERAMICS Silicore is a ceramic formulation specifically developed for foundry cores. It is formulated on a silica basis and has a high mechanical resistance. It is a porous ceramic enhanced the leachability even when it comes to complex shapes.

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3DCeram · CERAMIC SLA

Tricalcium Phosphate 3D Printing Paste

OXIDE CERAMICS TCP or Tricalcium Phosphate is a material often used for implants in the medical field, especially to recreate parts close to the structure of a spine.

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3DCeram · CERAMIC SLA

Zirconia 3Y 3D Printing Paste

OXIDE CERAMICS ZrO2, material with the very good mechanical properties cold, being able to be colored for applications in jewelry, excellent mechanical properties in the high temperatures, the weak thermal conductivity at room temperature, conductor in T> 1000°C, great hardness, good wear resistance, good chemical slowness, good resistance in the attacks of metals.

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In stock

3DCeram · CERAMIC SLA

Zirconia 8Y 3D Printing Paste

OXIDE CERAMICS 8 mol% yttria-stabilized zirconia is mainly developed for fuel cell applications.

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In stock

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