TH28256A - Two-component toothpaste composition For giving fluoride to teeth - Google Patents

Abstract

DC60 (28/07/46) Two component toothpaste, one of which is a component. Stable, semi-solid, ironable toothpaste containing fluoride ions that do not contain calcium ions. And components The second is a semi-solid toothpaste composition. That can be ironed Containing dicalcium phosphate with magnesium ions Less than approximately 0.5% by weight, which the increased intake of fluoride This occurs when components are mixed when applied to dental tissues. Two-component toothpaste composition Which the first component It is a stable, semi-solid, ironable toothpaste composition containing Compounds that can release fluoride ions Which does not contain calcium ions And the second component is Semi-solid toothpaste formula that can be ironed. Containing dicalcium phosphate with magnesium ions Less than approximately 0.5% by weight, which the increased intake of fluoride This occurs when components are mixed when applied to dental tissues.

Claims (4)

1.Two components of toothpaste For providing fluoride to tooth structures Where the components are physically separated before extrusion. The first component is a semi-solid, ironable, stable toothpaste formula that is free from calcium ions. And contains salts that can release fluoride And the second component is a formulation of ironable semi-solid toothpaste containing dicalcium phosphate abrasive. With approximately 0.5% less magnesium ion by weight when compared to the weight of the polishing compound. First and second toothpaste components Will have a significantly equal viscosity To get the ironing out at the same time Of components when they are dispensed for use on teeth. That various components when mixed when applied to the teeth. This will result in increased binding of the fluoride on it. 2. Composition of claim 1, in which dicalcium phosphate is dicalcium. Phosphate dihydrate 3. Element of claim 1, in which the fluoride-releasing salt is NaF 4. Element of claim 1, in which the magnesium ion concentration of the abrasive Dicalcium Phosphate is from 0 to 0.3% by weight 5. Composition of claim 1 in which components can be rolled out. At a volume ratio 0.9: 1 to 1: 0.9 6. Elements of claim 1 in which the components can be rolled out at a volume ratio of 1: 1. Which consists of a two-component formula prepared to mix toothpaste The first component is a stable, semi-solid, rolled toothpaste formulation that is free of calcium ions and contains fluoride-releasing salts, and the second component is a semi-solid toothpaste formulation. That can be ironed with a dicalcium phosphate polishing agent with approximately 0.5% less magnesium ion content by weight when compared with the weight of the polishing compound. Which the first and second components Being physically separated Before ironing And have a significantly equal viscosity Simultaneous extrusion of components for giving to teeth and then mixing components when giving to teeth. This increases the binding of fluoride on the teeth. 8. Method of claim 7. Phosphate is dicalcium. Phosphate dihydrate 9. Method of claim 7 where the fluoride-releasing salt is NaF 1 0. Method of claim 7 where the concentration Magnesium ions of exfoliation Dicalcium Phosphate is from 0 to 0.3% by weight 1. 1. Method of claim 7 in which components can be rolled out. At a volume ratio 0.9: 1 to 1: 0.9 1 2. Method of claim 7 in which components can be ironed out. At a volume ratio of 1: 1 1 3. The formulation of claim 1 in which dicalcaphosphate abrasives are magnesium free. Significant ion 1 4. Method of claim 7 in which dicalcaphosphate abrasives are free of magnesium ions. Significantly