GC Gold Label 2 LC (Light-cured)

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A Strontium-based Glass Ionomer: 

  • All GC Gold Label Glass Ionomer contains strontium glass.
  • The strontium glass provides good radiopacity and snapset characteristics, unanimously preferred by clinicians around the world.
  • Interestingly, strontium will mimic calcium in the formation of strontium hydroxyapatite and strontium fluoroapatite to affect internal remineralization within the tooth structure.

Surface Strengthening Effect:

  • 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.
  • All GC Gold Label Glass Ionomer strengthens over time in saliva.

A Consistent Predictable Seal:

  • All GC Gold Label Glass Ionomer will display a glossy surface after mixing. This indicates sufficient free polyacrylic acid is available to begin the ion exchange process.
  • The subsequent movement of ions between dentin, enamel and GC Glass Ionomer creates an ion exchange zone which chemically fuses them together.
  • The resulting seal is consistent, predictable and long lasting.
More Information
Brand GC
  • Allows minimal cavity preparation
  • Protects against secondary caries
  • Excellent esthetics and finish
  • Assurance of successful restorations
  • After conditioning the tooth surface with GC Cavity Conditioner (20% polyacrylic acid), apply the Gold Label 2LC or Fuji II LC Capsule mixed accordingly into the cavity.
  • Form the contour and place a matrix if required during the working time.
  • Light cure for 20 seconds.
  • Final finishing under water spray can be carried out immediately after light curing.
  • After finishing, apply a final coat of GC Fuji Coat LC as a protective coating. Alternatively, application of a final protective coat of G-Coat PLUS can improve wear resistance.
  • Chemical bond to tooth structure
  • Tooth-like coefficient of thermal expansion
  • High fluoride release
  • Smaller particles
  • Higher filler loading
  • Triple cure mechanism
  • Low solubility
  • Long term clinical data
  • Class III and V restorations
  • Root surface caries and cervical erosion
  • Abfraction lesions
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