When you squeeze toothpaste onto your brush and brush your teeth, that satisfying foam isn’t just for show — it helps distribute the product evenly, lift plaque, and leave your mouth feeling fresh. But not all foaming agents are created equal. Traditional toothpastes often rely on synthetic ingredients like sodium lauryl sulfate (SLS), which can […]
Sweeteners in toothpaste do more than just add sweetness—their core role is to optimize user experience, support oral care efficacy, and adapt to diverse formula requirements. Currently, common types include sugar alcohols, natural plant extracts, and artificial synthetics, with specific applications as follows: 1. Optimize Taste and Enhance Usage Compliance Abrasive agents in toothpaste have
I. Core Functions: Beyond “Foaming” – Empowering Cleaning and User Experience II. Common Types: Classifications, Characteristics, and Application Scenarios Toothpaste foaming agents are mainly divided into anionic surfactants (mainstream choice), non-ionic surfactants (mild type), and a few cationic surfactants (auxiliary antibacterial). Details are as follows: Type Representative Ingredients Core Characteristics Application Scenarios Anionic Surfactants Sodium Lauryl Sulfate (SLS) Strong
1. Definition and Functions Toothpaste thickeners are key components that adjust the viscosity of toothpaste, ensuring the product’s form and user experience. They maintain a uniform paste, enable easy extrusion without dripping, improve spreadability in the mouth, and help evenly distribute active ingredients. 2. Common Types 3. Selection Principles They must meet safety requirements (non-irritating,
As an essential daily oral care product, the smooth texture, stable state, and user experience of toothpaste rely heavily on a key ingredient—humectants. Accounting for 15% to 65% of toothpaste formulations, this core raw material not only determines whether the paste is easy to squeeze and resistant to drying but also plays an indispensable role
Introduction Toothpaste abrasives are core functional ingredients in toothpaste formulations, accounting for approximately 20% to 50% of the toothpaste paste mass, usually existing as fine powders. Through physical friction, they help remove plaque, soft tartar, food residues, and some exogenous pigmentation from the tooth surface. Meanwhile, they assist in polishing the tooth surface to reduce
