GC Fuji Varnish (5gm)

• Fast drying - Easy to use, Self-cured
• Protects glass ionomers - during early setting and after final finish
• Prevents moisture penetration
• Paints on
• Biocompatible and safe

• Store at temperature of 4-25°C (39.2-77.0°F)

PRECAUTIONS

• GC Fuji VARNISH is FLAMMABLE. Avoid sources of ignition and do not store in direct sunlight.
• In case of contact with oral tissue or skin, remove immediately with a sponge or cotton soaked in alcohol. Flush with water.
• In case of contact with eyes, flush immediately with water and seek medical attention.

• 5gm

Step 1: Place the glass ionomer cement according to the manufacturer’s instructions.

Step 2: Using a cotton pellet or brush apply GC Fuji VARNISH to all exposed glass ionomer and adjacent surfaces.

Step 3: Dry by gently blowing with air syringe.

Step 4: Maintain moisture isolation for 2-3 minutes.

Note : GC Fuji VARNISH is volatile. Close bottle immediately after use.

Question: Can I brush my teeth after varnish?

Answer: After a glass ionomer restoration with varnish application, it's best to wait until the next day before brushing your teeth. Additionally, it's advisable to avoid consuming hot, hard, or sticky foods as they could potentially chip off the varnish. This precaution ensures the effectiveness of the treatment.

Question: How is tooth varnish applied?
Answer: Begin by gently cleaning and drying the teeth with a small piece of gauze. Using a tiny brush, apply the varnish to both the front and back, as well as the top and bottom of the teeth. The varnish forms a protective, adhesive layer over the tooth's surface, and it quickly solidifies upon contact with saliva in the mouth.

Question: What is GC Fuji varnish used for?

Answer: For all glass ionomer applications requiring moisture protection, GC Fuji VARNISH is your ideal solution. This product offers a rapid self-curing process that imparts a smooth, sealing finish on glass ionomer restorations. It's fast-drying, user-friendly, and provides ongoing protection for glass ionomers—both during the initial setting and after the final finish.