Sodium lactate powder 100 g

Sodium Lactate Powder for Moisturizing Skincare and Multifunctional Cosmetic Formulations

Sodium Lactate Powder is a widely utilized multifunctional cosmetic ingredient extensively incorporated into cosmetic manufacturing, personal care production, SPA formulations, and modern skincare systems. The ingredient is highly valued in professional formulation development due to excellent solubility, compatibility with aqueous systems, and the ability to support comfortable moisture balance structures within cosmetic products.

Today Sodium Lactate Powder is actively used in moisturizing creams, cleansing products, gel formulations, soap systems, hair care products, and multifunctional SPA formulations. The ingredient performs especially effectively in formulations requiring stable water phase structures, comfortable texture architecture, and advanced formulation flexibility.

Within modern skincare technologies, Sodium Lactate Powder contributes to softer moisturizing textures while improving the sensory performance of cosmetic products. The ingredient combines efficiently with amino acids, urea systems, betaine, panthenol, botanical extracts, and peptide complexes. Due to this compatibility, Sodium Lactate Powder is actively incorporated into hydrating emulsions, cleansing systems, gel formulations, and SPA cosmetic products.

In soap manufacturing, the ingredient is especially popular in transparent soap systems, glycerin soap formulations, and multifunctional cleansing products. Sodium Lactate helps improve texture structures within the finished product and is highly demanded in formulations intended for professional soap production, handmade cosmetic systems, and premium cleansing products.

Hair care technologies actively utilize Sodium Lactate Powder in scalp products, moisturizing masks, conditioning formulations, and multifunctional hair systems. The ingredient supports balanced aqueous formulation structures while combining efficiently with protein systems, botanical amino ingredients, and active moisturizing technologies.

In SPA and wellness manufacturing, the ingredient is incorporated into moisturizing body systems, aromatic cosmetic formulations, bath products, and multifunctional wellness technologies. Due to high solubility, the component is actively utilized in water-based cosmetic systems and professional SPA production.

Sodium Lactate Powder is widely utilized both in industrial cosmetic manufacturing and in small batch formulations, handmade systems, and professional formulation laboratories. The ingredient remains highly demanded in premium moisturizing products, cleansing systems, hydrating emulsions, and multifunctional cosmetic technologies.

Moisturizing Gel Formulation with Sodium Lactate

Water phase

Distilled Water — 120 ml
Sodium Lactate Powder — 6 g
Glycerin — 5 ml
Betaine — 5 ml

Gel phase

Xanthan Gum — 1 g

Active phase

Panthenol — 3 ml
Allantoin — 1 g
StrongGuard Preservative — 1 ml

Dissolve Sodium Lactate Powder, glycerin, and betaine within the water phase. Gradually add xanthan gum under continuous mixing until a stable gel structure forms. After stabilization of the formulation, incorporate the active ingredients and preservative. The completed system is suitable for moisturizing gels, SPA skincare products, and multifunctional hydrating formulations.

Transparent Soap Formulation

Glycerin Soap Base — 100 g
Sodium Lactate Powder — 3 g
Glycerin — 5 ml
Jojoba Oil — 3 ml
Fragrance — 5 drops

Melt the soap base using minimal heat. Pre-dissolve Sodium Lactate in a small amount of warm water and incorporate it into the base. Add the remaining ingredients and mix carefully. Pour the completed formulation into molds and allow full stabilization.

Sodium Lactate Powder is actively incorporated into moisturizing cosmetic technologies, soap manufacturing, cleansing systems, SPA formulations, hydrating products, and multifunctional skincare developments where formulators require an ingredient with high solubility, compatibility with water phase systems, and advanced formulation flexibility.