• High strength of 190MPa
• Excellent adhesion via chemical bond with calcium
• Prolonged anticarious effect with fluoride release
• Versatility for various dental procedures
• High biocompatibility with tooth tissues
• Easy mixing with a simple powder/liquid ratio
• Quick hardening in 4-5 minutes
• Long shelf life of 3 years for storage validity

SafeEndo GlassyRestore Restorative Cement is a state-of-the-art dental product meticulously designed to deliver exceptional performance. Its unique composition blends Fluoroaluminosilicate Glass Powder, Modificator, and Dye stuff in the powder component, while the liquid component comprises Polyacrylic acid, Maleic Acid, and Tartaric acid. This carefully crafted formulation results in a cement that exhibits high biocompatibility with hard tooth tissues, boasting a formidable strength of 190MPa and outstanding resistance to acid erosion at less than 0.002mm/h.

The Polyacrylic acid plays a crucial role in binding with dentin calcium, ensuring strong chemical adhesion and impeccable marginal fit of the cement to the tooth tissues. Moreover, the fluoride-containing glass filler has the ability to accumulate and release fluoride ions, offering prolonged protection against cavities. SafeEndo GlassyRestore is versatile and suitable for a range of applications including filling and restoring I, II, and V class cavities, ART technique filling, primary teeth filling, fissure sealing, and lining for composite restoration.

Indications

• I, II, V class cavities (Black classification)
• ART-technique filling
• Primary teeth filling
• Fissure sealing
• Lining for composite restoration

• Powder: Fluoroaluminosilicate Glass Powder, Modificator, Dye stuff<br>
• Liquid: Polyacrylic acid, Maleic Acid, Tartaric acid
• Strength: 190MPa
• Acid Erosion Resistance: < 0.002mm/h
• Biocompatibility: High
• Adhesion: Chemical (Polyacrylic acid with dentin calcium)
• Fluoride Release: Yes
• Working Temperature: 32°C to 42°C (oral cavity temperature: 37±1°C)
• Working Time: 2.0-2.5 minutes
• Hardening Time: 4-5 minutes
• Storage: 5°C to 25°C
• Shelf Life: 3 years

• 1 x 20g Powder (bottle)
• 1 x 15g(13 ml) Liquid (bottle)
• 1 x Measuring spoon
• 1 x Mixing pad

Surface Preparation:

• Ensure the tooth stump is prepared, cleaned, and dried.
• Treat the surface with a conditioner using an applicator (like a cotton ball or sponge).
• Thoroughly clean the cavity with water after 10-15 seconds, ensuring a glossy surface.
• Avoid over-drying the cavity.

Mixing:

• Shake the powder jar before use.
• Mix the powder and liquid according to the recommended ratio (1 dose meter of powder spoonful to 1 drop of liquid).
• Mix on a mixing pad or glass plate using a plastic or metal spatula at room temperature (18-23°C).
• Follow the specified mixing time (30-45 seconds).

Working and Hardening:

• Once mixed, the working time is 2.0-2.5 minutes.
• Apply the cement to the cavity and shape it within the working time.
• Remove excess material carefully to avoid air bubbles.
• The hardening time from the start of mixing is 4-5 minutes.

Final Filling Treatment:

• After hardening, apply a thin layer of varnish using an applicator and dry slightly with air.
• Polish the filling with polishing pastes after 10 minutes.
• Advise the patient not to eat for 2 hours after application.

Safety Precautions:

• Tightly close the container after each use.
• In case of contact with eyes, skin, or oral tissues, remove the material immediately and wash with water.

Note: Follow storage instructions (5°C to 25°C) and do not use the product after the expiry date.

• Warranty is not applicable for this product.

Question:What is GlassyRestore Radiopaque Glass Ionomer Cement used for?

Answer: GlassyRestore is used for filling and restoring cavities (Class I, II, and V), ART technique filling, primary teeth filling, fissure sealing, and lining for composite restorations.

Question:How does GlassyRestore promote dental health?

Answer: It releases fluoride ions for prolonged anticarious effects and forms a chemical bond with dentin calcium, providing high biocompatibility and adhesion.