Foot Care Relief Cream with Mint Leaves and Angelica Sinensis: 60g Botanical Formula
This foot care cream combines traditional botanical ingredients in a 60g jar designed for regular use. The formula features active components including mint leaves and angelica sinensis, complemented by cinnamon oil and safflower. Mugwort leaves complete the active ingredient profile, working with conditioning agents like allantoin to address foot discomfort. The cream's base includes water, glycerin for moisture, and mineral oil for emollient properties.Ingredients and Formulation Features
The cream's composition balances active botanical ingredients with functional components that create its texture and application properties. Each ingredient serves a specific purpose in the formula's overall performance and user experience.Active Botanical Components
Mint leaves and angelica sinensis form the primary active ingredients, supported by cinnamon oil and safflower. Mugwort leaves contribute additional botanical properties to the blend. These ingredients work together in the 60g formulation to provide the cream's intended effects on foot comfort and skin condition.Base Formula Composition
Water serves as the liquid base, comprising a significant portion of the 60g total weight. Glycerin functions as a humectant at undisclosed percentages, while mineral oil provides emollient properties. Glyceryl stearate acts as an emulsifier to maintain the cream's consistency throughout use.Texture and Stability Elements
Carbomer controls the cream's viscosity, determining its thickness and spreadability. Triethanolamine adjusts the pH level to ensure skin compatibility. Allantoin contributes skin conditioning properties that complement the botanical ingredients in the 60g formulation.Application and Usage Scenarios
This 60g foot cream suits various situations where foot comfort and skin conditioning are priorities. The botanical formula provides options for regular foot care routines and specific comfort needs.Daily Foot Care Routine
The 60g size allows for consistent daily application as part of regular foot maintenance. The cream's botanical ingredients including mint leaves and angelica sinensis work with conditioning agents during regular use. The formula absorbs without heavy residue due to its specific composition of water, glycerin, and emulsifiers.Targeted Comfort Application
When feet feel particularly dry or uncomfortable, the cream provides concentrated application of its botanical ingredients. The smooth texture from glyceryl stearate and carbomer allows even distribution across skin surfaces. Users may notice the conditioning effects of allantoin alongside the botanical properties of the active ingredients.Complementary Foot Care
The cream works alongside other foot care practices, with its 60g jar providing sufficient quantity for regular use. The botanical blend offers specific properties that complement mechanical foot care methods. The formula's pH adjustment via triethanolamine ensures compatibility with various skin types during combined care approaches.Benefits and Value Considerations
This foot cream delivers specific advantages through its botanical formulation and 60g packaging. The combination of ingredients addresses particular aspects of foot comfort and skin condition.Botanical Ingredient Value
The inclusion of mint leaves, angelica sinensis, cinnamon oil, safflower, and mugwort leaves provides multiple botanical properties in one 60g formulation. This concentration of active ingredients offers potential benefits without requiring separate products. The cream's composition represents a specific approach to foot care through combined botanical action.User Experience FactorsPractical Considerations
The 60g jar size provides sufficient product for regular foot care without excessive packaging. The cream's composition addresses specific aspects of foot comfort through its botanical active ingredients and conditioning agents. This formulation represents a focused approach to foot care needs through measurable ingredient selection and functional formulation.