
Elevate Oral Care to Unprecedented Heights
Weight — 50g or customized
Flavor — mint or customized
Size — 7.7 x 2.7 x 1.8 inches
Powder Packaging — default white jar or customized boxes with private label stickers
Outer Packaging — customized paper box
Samples — available
Remineralizing Tooth Powder with Hydroxyapatite
Our Remineralizing Tooth Powder is a testament to innovation in oral health. At its core lies hydroxyapatite, a miraculous agent known for its enamel-repairing properties that:
Restores Minerals: Hydroxyapatite is a naturally occurring form of calcium phosphate—identical to the primary mineral found in dental enamel. It seamlessly bonds with teeth, replenishing lost minerals and fortifying the enamel.
Fights Decay: By creating a robust barrier, hydroxyapatite protects against the bacteria responsible for cavities and decay, ushering in a new era of preventative care.
Whitens Naturally: As a gentle abrasive, hydroxyapatite naturally polishes and whitens teeth, ensuring a dazzling, healthy smile without the use of harsh whitening agents.
Enhances Overall Oral Health: Beyond whitening and remineralizing, hydroxyapatite provides a holistic improvement to oral health, contributing to stronger, healthier teeth and a balanced oral microbiome.
Uncompromising Quality Control
Quality is the lifeblood of our operation. Adhering to rigorous ISO standards, we produce Remineralizing Tooth Powder that is synonymous with excellence. Our stringent quality control process ensures every product bearing your brand is a beacon of trust and effectiveness.
Benefits of Hydroxyapatite in Tooth Powder
As a naturally occurring mineral that makes up the primary foundation of tooth enamel and bone, it boasts biocompatibility and a unique ability to directly bond with and repair the tooth surface. When used in tooth powders, hydroxyapatite works to remineralize teeth, actively filling in microscopic surface fissures and rebuilding enamel.
This remineralization process not only strengthens teeth but also helps to prevent cavities by restoring the mineral content that is lost to the acidic by-products of bacterial metabolism.




