[Titanium in adhesive bridge technic: adhesive-metal-bond].

Area of Science:

• Biomaterials Science
• Dental Materials
• Corrosion Science

Background:

• Titanium offers excellent mechanical properties, corrosion resistance, and biocompatibility, making it suitable for dental applications.
• Historically, titanium's complex casting requirements limited its use in dentistry, particularly for resin-bonded bridges.
• Recent technological advancements have addressed these casting challenges, prompting re-evaluation of titanium's potential.

Purpose of the Study:

• To assess the suitability of titanium as a material for resin-bonded bridges.
• To compare the effectiveness of different surface conditioning systems on titanium.
• To determine if surface pretreatments yield stable bond strengths for titanium in dental applications.

Main Methods:

• Investigated titanium's mechanical qualities and corrosion stability.
• Evaluated titanium's biocompatibility based on its frequent use in medicine.
• Compared surface conditioning methods including silicoating and tin plating.
• Assessed bond strengths achieved with different surface pretreatments.

Main Results:

• Titanium exhibits suitable mechanical qualities and stability against corrosion.
• The frequent use of titanium in medicine confirms its excellent biocompatibility.
• Surface conditioning systems like silicoating and tin plating were compared.
• These surface pretreatments were found to provide stable bond strengths.

Conclusions:

• Titanium is a viable material for resin-bonded bridges owing to its favorable properties.
• Overcoming previous casting difficulties makes titanium more accessible for dental use.
• Effective surface pretreatments ensure reliable bond strengths, supporting titanium's application in restorative dentistry.