Dual-Curing, Translucent, Temporary Composite Cement for Esthetic and Provisional Cementation of Temporary Restorations

This dual-curing, translucent, temporary composite cement is specifically designed for the esthetic and provisional cementation of temporary restorations. Its dual-curing properties allow for both light and chemical curing, ensuring optimal flexibility and efficiency in various clinical scenarios.

Areas of Application:

• Temporary Cementation of Provisionals:
  • Crowns and Bridges: Ideal for the temporary cementation of crowns and bridges, ensuring stability and esthetics during the provisional phase.
  • Inlays and Onlays: Provides secure and temporary fixation for inlays and onlays, facilitating easy removal when necessary.
  • Veneers: Suitable for the temporary cementation of veneers, offering a high level of translucency and esthetic integration with natural teeth.

Benefits:

• Eugenol-Free: The absence of eugenol ensures compatibility with definitive cementation materials and eliminates potential interference with bonding procedures.
• Dual-Curing: The combination of light and chemical curing provides greater flexibility in curing techniques, accommodating both chairside and intraoral conditions.
• High Esthetics Due to Two Translucent Shades: The availability of two translucent shades allows for a more natural, esthetic appearance, blending seamlessly with the surrounding dentition.
• Ideal Retention Behavior: Offers optimal retention characteristics, ensuring the temporary restorations remain securely in place without compromising easy removal.
• Easy Handling with the Automix Double-Push Syringe: The automix double-push syringe design simplifies the application process, ensuring consistent and precise mixing of the cement components for a hassle-free workflow.

Shades Available:

• Transparent

This dual-curing, translucent, temporary composite cement provides a reliable and esthetic solution for the provisional cementation of temporary restorations, combining ease of use, high esthetics, and optimal retention.