English technical abstract
The study examines zirconium nitride coating on titanium abutments in terms of biocompatibility and antibacterial properties. In implant prosthodontics, this is relevant where an abutment remains transmucosal over the long term and may influence the soft-tissue environment.
The article is best placed within the broader family of surface treatments. ZrN, TiN* and anodised surfaces are not merely aesthetic variants; they are material surfaces with different interactions with cells, biofilm* and light.
What the article covers and how to read it
Relevance for the laboratory, dental practice and technical support
- When selecting an abutment, mechanical function, aesthetics and surface interaction with soft tissue should be considered separately.
- A coated abutment may be relevant where both material shade and surface behaviour matter.
- Results from surface studies should be communicated cautiously and without absolute clinical claims.
Limitations and cautious interpretation
Original source article
Original title: Biocompatibility and antibacterial properties of zirconium nitride coating on titanium abutments
Download the original PDF
The source document remains available so readers can verify the original wording, methodology and results.
Related IPD pages and workflows
Glossary of abbreviations and specialist terms
An asterisk next to a term in the text refers to its explanation below.
- biofilm
- Biofilm is a layer of microorganisms attached to a material surface.
- TiN
- TiN means titanium nitride, a hard gold-coloured coating used on selected prosthetic components.
- ZrN
- ZrN means zirconium nitride, a hard ceramic coating investigated for titanium abutments.

