$58.97

• Coarse grit targets heavier surface stains
• 1.23% fluoride supports enamel protection
• ACP technology increases fluoride uptake
• Low-splatter paste rinses away easily
• Mint flavor provides a familiar fresh taste
• Quantity: 200 per Box

Premier Dental Enamel Pro Prophy Paste, Coarse, Mint is used for tooth cleaning and polishing during dental prophylaxis when clinicians want a coarse-grit paste that combines stain removal with fluoride and amorphous calcium phosphate technology. Enamel Pro contains 1.23% fluoride ion and ACP, a mineral technology designed to increase fluoride uptake into enamel while supporting remineralization, and the coarse Mint variant provides the stronger polishing profile within the Mint range for cases with heavier surface stain or deposit removal needs. Each box contains 200 single-use unit-dose cups, gluten-free, and includes a Comfy-Grip prophy cup holder.

Dental offices ordering prophy paste from their supplier can buy this Mint Coarse version with fluoride to distinguish it from Mint Fine, Medium, Extra Coarse, and the separate Mint Coarse formulation without fluoride, since the individual cups help keep portions separated for chairside setup while the included holder supports convenient handling during prophylaxis procedures throughout a busy hygiene schedule. Enamel Pro combines conventional polishing action with ACP technology, which supplies amorphous calcium phosphate alongside fluoride. Premier Dental reports that Enamel Pro delivers 31% greater fluoride uptake into enamel than prophy pastes without ACP, supporting the material's remineralization-focused positioning. The coarse abrasive profile is designed for effective stain removal and surface polishing, while the paste is formulated to minimize splatter and rinse away easily after use, and unlike a basic polishing paste focused only on stain removal, Enamel Pro adds a fluoride-and-mineral component intended to support enamel after polishing during routine hygiene appointments requiring heavier stain and deposit removal from patients with more accumulated surface buildup.