• Purpose: Cementation For Diverse Materials And Various Types Of Indirect Restorations.
  
• Qualities: High Radiopacity, Superior Bond Strength, Fluoride Release, Moisture Tolerance.
• Quantity: 9.2g
• Working time: 2:15 Minutes
  
• X-ray impermeability: 258% Al
• Film Thickness: 12µm
• Total Setting Time: 4:30 Minutes.
• Country of Manufacture: Japan
  
• Package Contents: GC FujiCem Evolve Glass Ionomer Luting Cement

GC FujiCEM Evolve stands out as a radiopaque resin-reinforced glass ionomer cement, conveniently delivered in a syringe with a unique tack-cure feature and exceptional radiopacity. This versatile cement is suitable for a wide range of substrates and diverse types of indirect restorations, exhibiting superior bond strength to zirconia. The newly integrated tack-cure feature significantly reduces cleanup time to mere seconds, while the high radiopacity ensures effortless visualization.

Features:

• Versatility: Indicated for various applications, including metal and porcelain fused to metal (PFM) crowns and bridges, composite inlays, onlays, crowns and bridges, high-strength all-ceramic (zirconia) crowns and bridges, and all-ceramic inlays, metal, ceramic, and fiber posts.

• Glass-Ionomer Excellence: Offering low post-operative sensitivity, moisture tolerance without the need for a rubber dam, and tolerance to various techniques without pre-treatment.

• Application Convenience: The syringe delivery ensures ergonomic use without requiring a dispenser, while the tack-cure feature facilitates quick and easy cleanup.

• Clinical Advantages: With an ideal consistency for easy one-handed extrusion, low film thickness (12µm), and perfect adaptation, it provides a tack cure option for simpler excess removal and offers a brighter, less chromatic shade for universal clinical uses.

• Outstanding Performance: Featuring super-long chain hydrophilic crosslinking monomers for enhanced strength and stability, it achieves maximum adhesion to both tooth substance (8.8 MPa on enamel) and restorative materials (such as Zirconia with 13.4 MPa after 5,000 cycles of TC), while enabling easy identification on x-rays with 258% Al content.

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