Fygg Nano-Hydroxyapatite Varnish - Professional Strength

$195.00
By Fygg
Flavour

Professional-strength results, without the toxins.

Fygg’s fluoride-free varnish is a replacement for conventional fluoride varnishes. The highly concentrated formula was formulated to penetrate deep into the enamel and provide targeted treatments.

Formulated with biomimetic ingredients including science-backed nano-Hydroxyapatite, Fygg varnish addresses specific concerns like generalized or root sensitivity, cavity arrest and reversal, hypoplastic enamel, and whitening.

Fygg's nano-Hydroxyapatite is the only form currently approved for safety by a regulatory body, the SCCS in the EU, and it is the highest quality nano-Hydroxyapatite available on the global market.

Fygg's nano-hydroxyapatite professional varnish gives you the same results as fluoride professional varnish, with none of the toxic side effects.

Who should use Fygg Professional Varnish?

  • Anyone with chronic tooth or root sensitivity
  • Kids and adults with demineralization or active cavities that you want to reverse or arrest
  • Anyone with hypoplastic or undermineralized enamel who wants extra protection
  • Anyone in active orthodontic aligners, braces, trays, or appliances
  • Anyone who is considered at high-risk for cavities or sensitivity
  • People who want to whiten their teeth in a biomimetic way

Directions

Dental Professionals can use Fygg varnish as a replacement for fluoride varnish in your office for a biomimetic, non-toxic treatment. View this instruction video for how to apply Fygg professional strength varnish at your office.

Click here to download at-home instructions.

Ingredients

  • Water (Hydration)
  • Non-GMO Vegetable Glycerin (Humectant)
  • Non-GMO Xylitol (Oral Microbiome Support)
  • Hydrated Silica (Viscosity)
  • Nano-Hydroxyapatite (Remineralization)
  • Xanthan Gum (Binder)
  • L-Arginine (Remineralization)
  • Monk Fruit Extract (Sweetener)
  • Potassium Sorbate (Preservative)

Flavours

  • Vanilla Aroma // Mint & Limonene

More information including links to research and technical data is available on Fygg's website.

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