Low molecular hyaluronic acid, 1 kg

Low molecular weight hyaluronic acid for aqueous and gel moisturizing formulations

Low molecular weight hyaluronic acid is a powdered water soluble ingredient widely used in production formulations thanks to convenient incorporation into aqueous systems and stable performance in finished products. The ingredient is applied in cosmetic and hygiene products, blends well with active ingredients and supports serial manufacturing for various applications.

Properties and skin appearance outcome

The component contributes to formation of light product textures, improves spreadability and provides moisturizing perception during application. Products formulated with this ingredient help maintain fresh and well cared skin appearance while textures spread easily and remain comfortable without heaviness.

Application across industries

Low molecular weight hyaluronic acid is used in serums, creams, gels, masks, lotions, body care products, hair care formulations and various hygiene products. The ingredient is widely applied in private label and contract manufacturing thanks to versatility across production formulations.

The ingredient is incorporated to build moisturizing performance, improve sensory characteristics and stabilize finished product texture. It blends well with botanical extracts, vitamins, amino acids and additional moisturizing components ensuring stable formulation performance.

Recipe for moisturizing gel with low molecular weight hyaluronic acid

Purified water 93 ml
Glycerin 4 ml
Low molecular weight hyaluronic acid 1 g
Liquid aloe extract 1 ml
Preservative 1 ml

To prepare the gel, hyaluronic acid powder is gradually dispersed in water under continuous mixing until evenly distributed. After swelling glycerin is incorporated followed by aloe extract and preservative while mixing continues until uniform gel texture forms. The finished gel spreads easily across skin and maintains stability during storage.

Low molecular weight hyaluronic acid is widely used in production formulations supporting texture stability, reproducible performance and scalable manufacturing.