Sinto Ceramics Added Non-Oxide Materials to Portfolio
The expansion introduces two non-oxide ceramics to support industrial 3D printing applications requiring specific thermal and electrical performance.
Updated on Sept. 25, 2026 in Materials Science
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Sinto Advanced Ceramics Europe has integrated aluminum nitride and silicon nitride into its additive manufacturing material portfolio. The company confirmed these materials are now available for industrial applications alongside its existing oxide ceramic options.
Why it matters
By incorporating these non-oxide ceramics, the company increases the material selection range for engineers designing components that must satisfy complex thermal, electrical, and mechanical requirements. This expansion targets industries that require high material performance levels beyond the capabilities of standard alumina and zirconia.
Sinto Advanced Ceramics Europe added two non-oxide materials to its existing selection of four oxide ceramics (alumina, zirconia, ATZ, and ZTA). These new additions were validated through internal testing focused on industrial processability and manufacturing reproducibility.
The players
Sinto Advanced Ceramics Europe
A manufacturer specializing in industrial ceramic materials and additive manufacturing solutions for high-performance components.
The details
Aluminum nitride is designed to provide electrical insulation combined with thermal conductivity, while silicon nitride is utilized for its mechanical strength, fracture toughness, and thermal shock resistance. The company verified these materials by measuring process-related metrics and stability to ensure they meet requirements for industrial-scale 3D printing. These additions aim to provide manufacturers with greater freedom in component design when facing challenging thermal or electrical performance constraints.
Timeline
September 24, 2026: Sinto Advanced Ceramics Europe announced the addition of the new materials.
The Tech Race
The introduction of these materials aligns with the broader industrial shift toward utilizing complex non-oxide ceramics in additive manufacturing workflows. This move places the firm in a more competitive position against entities focused on specialized technical ceramics that demand high fracture toughness and thermal resistance.
Engineers and product designers can now utilize these specific ceramic properties in additive manufacturing processes for industrial applications. The company is currently engaging with customers to define solution paths for technical challenges utilizing the new aluminum nitride and silicon nitride options.
The takeaway
The move enables more sophisticated component design by offering materials that balance thermal and mechanical demands differently than standard oxides. Watch for future case studies or technical papers demonstrating how these materials perform in high-stress industrial environments compared to traditional ceramic alternatives.
Further reading
For more developments in this field, visit our Materials Science section.
Source note: This article includes information reported by VoxelMatters - The heart of additive manufacturing.
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