Typical deodorants currently use up to 80% ethanol or propylene glycol, or a combination of both. Their components have many shortcomings. Ethanol has a drying effect on the skin, but can cause varying degrees of irritation. Propylene glycol can also cause irritation to the skin. Irritation or allergy, especially when the concentration in the formula exceeds 10%, while liquid silicone is basically non-toxic and does not cause stinging on injured and abraded skin. Therefore, deodorants made of silicone oil and cyclic siloxanes can overcome the above characteristics, while improving the lubricity of the preparation, making the deodorant extra soft and controlling the production of apocrine secretions in the human body, thus The purpose of deodorization is achieved. Dimethicone polyol copolymers improve the compatibility of many common deodorant raw materials with other ingredients.
You might like
-
T12 Coating Tin Catalyst for Coil Coating Technologies: A Comprehensive Review
-
Yellowing Prevention for Polyurethane Foam in Seating and Upholstery
-
Tin Oxalate – A Reliable Esterification Catalyst for Resin Manufacturing
-
Color Intensive Polyurethane Elastic Sponge Paste for Toy and Play Mat Making
-
Flexible Polyurethane Elastic Sponge Dye for Furniture Cushion Applications
-
Water-Based Polyurethane Sponge Coloring Solution for Safe Handling
-
UV-Stable Polyurethane Foam Colorant for Outdoor Cushioning: A Comprehensive Review
-
Fast-Dispersion Polyurethane Foam Colorant for Injection Molding
-
Consistent Shade Uniformity Colorants for Precision Polyurethane Sponge Molding
-
Eco-Friendly Polyurethane Foam for Sustainable Packaging Applications: A Comprehensive Technical Review