Dicalcium Phosphate

TL;DR. This ingredient is used mainly as a mild abrasive and opacity-building mineral in toothpaste and tooth powders, helping polish teeth and give paste body. In powders and color cosmetics, it can also serve as a bulking or anti-caking material.

What does Dicalcium Phosphate do in a cosmetic formula?

This ingredient is used mainly as a mild abrasive and opacity-building mineral in toothpaste and tooth powders, helping polish teeth and give paste body. In powders and color cosmetics, it can also serve as a bulking or anti-caking material.

Is Dicalcium Phosphate clean?

From a clean-beauty perspective, this ingredient is generally well tolerated, not a common allergen, and not a typical restricted-list concern. In oral care, the main quality question is formula-level abrasivity, which depends on particle size, grade, and total abrasive load.

Is Dicalcium Phosphate sustainable?

This material is usually derived from mined mineral feedstocks or made by simple mineral neutralization chemistry, so it is not renewable in the agricultural sense. It does not bioaccumulate, but responsible it sourcing and wastewater management matter because excess it can contribute to nutrient loading in waterways.

Is Dicalcium Phosphate COSMOS-approved?

It is generally compatible with COSMOS-natural when it meets mineral-origin, processing, and purity requirements, but it does not contribute to organic content. Its Green Chemistry profile is solid for simplicity, low reactivity, and long shelf stability, with the main limitation being nonrenewable mineral sourcing rather than biodegradation.

How does Dicalcium Phosphate work chemically?

This material is an inorganic salt built from calcium and it ions, commonly encountered as an anhydrous or hydrated solid with low water solubility. In toothpaste, similar mineral abrasives are often used at roughly 10 to 50 percent, and compatibility with fluoride systems depends on the full formulation because calcium ions can reduce free fluoride availability.

Last updated 2026-05-13