Glaze N2-Free

Introducing Glaze N2-Free, a biocompatible, light-curable universal sealant designed for the surface characterization of all surfaces, including hybrid ceramics, PMMA resins, and CAD/CAM composites. By neutralizing the oxygen inhibition layer, Glaze N2-Free ensures complete polymerization and eliminates the tacky surface often caused by oxygen exposure during curing. This durable protective coating resists mechanical forces, enhancing the long-term durability of restorations while maintaining a smooth, glossy finish.

A key advantage of  Glaze N2-Free is its compatibility with multiple curing workflows, including handheld light curing. Depending on different curing devices and settings, curing times can range from a mere 40 seconds to a few minutes, further simplifying clinical workflows. The high-gloss finish mimics the translucency and luster of natural tooth enamel, enhancing the aesthetic appeal of restorations while resisting discoloration and staining.

Key features
  • Superior Esthetics: The natural translucency and shine provided by the glaze lock in the customized staining, ensuring vibrant, life-like results that mimic real enamel and blend seamlessly with the patient’s natural dentition.
  • Sealing and Repairing: The incorporation of the glaze seals and repairs pits and micro-fractures resulting from support removal and finishing processes, ensuring that restorations maintain their esthetic and functional properties over time.
  • Color Stability: Designed for excellent color stability, the glaze resists discoloration and staining, preserving the natural appearance of the restoration even after prolonged exposure to food, beverages, and other oral conditions.
  • Versatility: Applicable on a broad range of dental materials, including hybrid ceramics, PMMA resins, and CAD/CAM composites, enhancing its utility across various treatments.
MSRP

5 mL Bottle
$ 99.95

15 mL Bottle
$ 249.99

ITEM Numbers

24031

Glaze N2-Free, 5 mL Bottle

24015

Glaze N2-Free, 15 mL Bottle

Glaze N2-Free vs. Optiglaze

*Data provided by Dr. Russell Giordano of Boston University

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