Gc Gold Label 9 Extra 1-1 Pkg (Glass Ionomer Cement Regular Pack 5gm, 3gm)

C Gold Label 9 Extra 1-1 Pkg (Glass Ionomer Cement Regular Pack 5gm , 3 gm):-
GC 9 EXTRA GOLD LABEL GLASS IONOMER CEMENT
Product Details :-
GC Gold Label 9 is the easy-to-use, handle and place fluoride-releasing alternative to expensive compomers and composites and in many cases, amalgam.
It cures extremely hard and is very wear resistant.
It's the perfect product for geriatric and paediatric restorations, final restorations (non-stress bearing areas), Intermediate Restorative (IRM), core material and long-term, temporary restorations.
Chemical adhesion to tooth structure allows minimal cavity preparation without the need for etching or bonding agents
Chemical setting without shrinkage allows single-step placement without layering
Similar thermal expansion as tooth structure produce minimal stress on the marginal seal
Strontium based glass provides good radiopacity and snap-set characteristics unanimously preferred by clinicians
Strontium based fluoride releasing formulation contributes to internal remineralization within tooth structure as well as increasing surface strength over time
High compressive and flexural strength, and 60% higher wear resistance than conventional glass ionomers makes Gold Label 9 strong enough for use in posterior teeth.
Benefits :-
Benefits of GC Gold Label Light Cured Universal Restorative 2
Benefits of GC Gold Label 1
GC Flexceed Vinyl Polysiloxane Impression Material
Luting and Lining Ionomers - GC Gold Label 9 Posterior Restorative
FEATURES :-

Extra fluoride release
Extra fast setting yet with ample working time.
Extra translucency for improved aesthetics.
Strontium-based glass ionomer restorative.
For good radiopacity and snapset characteristics.
Strontium will mimic calcium in the formation of strontium hydroxyapatite and strontium fluoroapatite to affect internal remineralization within the tooth structure.
Research has shown that a strontium-based glass ionomer placed in calcium-containing environment (saliva) will result in calcium ion diffusing into the glass ionomer surface achieving a surface strengthening effect.
High Strength
Radiopaque
Posterior GIC
Chemical setting without shrinkage
Similar thermal expansion as tooth structure
Strontium based fluoride releasing formulation