Hydroxyapatite Toothpaste for Enamel Support and Gentle Cleaning Overview Formulated with hydroxyapatite, a mineral found naturally in tooth enamel, this toothpaste is designed to support enamel surface and strengthen enamel structure while providing a gentle daily clean. Fluoride and of harsh abrasives, it is suitable for routine use and for people who prefer an alternative to fluoridebased oral care. Key benefits Enamel support: Hydroxyapatite is included to interact with enamel surfaces and help replenish lost mineral content and improve surface resilience. Gentle on sensitive teeth: Lowabrasion formula delivers a thorough but mild clean, minimizing discomfort for sensitive teeth and gums. Fluoride formulation: Provides an alternative for users seeking enamelfocused care without fluoride. Daily protection and freshness: Cleans tooth surfaces, removes everyday buildup, and leaves a fresh mouthfeel after brushing. Product features Active mineral: Hydroxyapatiteenriched formula tailored for enamel surface support. Texture and performance: Smooth, nongritty paste that balances effective cleaning with low abrasion. Compatibility: Suitable for use with manual and electric toothbrushes as part of a normal oral care routine. Safety and handling: Intended for regular twicedaily brushing; follow standard oral hygiene guidance. Practical use scenarios Daily morning and evening brushing as part of a standard oral care routine for users who prefer fluoride options. After consuming acidic foods or beverages when you want a gentle formula that supports enamel surface replenishment without strong abrasives. For individuals transitioning from conventional fluoride toothpaste to a mineralbased alternative focused on enamel support. Why choose this toothpaste This hydroxyapatite toothpaste combines a mineralbased approach with a gentle cleaning action to support enamel surface maintenance in everyday use. It is suitable for people looking for a fluoride option that is gentle on sensitive teeth and compatible with common brushing methods.