Mirustyle, 1 L

Mirustyle Laminaria extract as marine polysaccharide ingredient for B2B formulation systems

Mirustyle is a marine-derived ingredient based on Laminaria extract, used in formulation systems as a source of alginates, polysaccharides, and marine trace elements. In B2B development, it is applied to create stable aqueous, gel, and emulsion systems with controlled texture and predictable behavior during scale-up. Its natural matrix enables the formation of hydrated structures that support uniform distribution of components and long-term product stability.

Functional role in formulation systems

Mirustyle acts as a hydrophilic structuring component forming a three-dimensional polysaccharide network in the water phase. Alginates bind water and influence viscosity and elasticity. In formulation systems, it serves as a secondary thickener, stabilizer, and distribution-enhancing ingredient. In complex systems, it contributes to improved structural integrity.

Behavior in formulation

The ingredient disperses in the water phase and requires proper hydration to activate its polysaccharide structure. The recommended incorporation temperature is 20–40°C. At temperatures above 60°C, partial structural changes may occur, affecting rheological properties. In the presence of electrolytes, viscosity may shift. The ingredient is compatible with polymers, emulsifiers, and water-soluble actives, forming stable systems.

Impact on product

Mirustyle forms a structured yet flexible texture, improving stability in gel systems and uniformity in emulsions. In liquid formulations, it enhances component distribution. Interaction with hydrocolloids allows adjustment of viscosity and flow properties. It contributes to a balanced sensory profile.

Application areas

Used in creams, serums, gels, masks, shampoos, and conditioners. Applied in SPA systems, body wraps, and professional care formulations. Also used in plant-based functional products, nutraceutical systems, and contract manufacturing, where stability and reproducibility are required.

Formulation incorporation

Mirustyle is introduced into the water phase with pre-hydration. Typical usage levels range from 0.5% to 5%. Optimal pH range is 5–7. It can be combined with other thickeners or polymers to achieve desired rheological properties. Controlled mixing is required to prevent agglomeration.

Recipe Marine gel mask

Ingredients:
Water — 65 ml
Mirustyle — 2 g
Glycerin — 5 ml
Betaine — 3 g
Xanthan gum — 0.5 g
Preservative — 1 g

Processing

The water phase is prepared at 25–35°C, followed by hydration of xanthan gum under continuous mixing. Once the base structure is formed, Mirustyle is gradually added to ensure even distribution without clumping. Glycerin and additional components are then incorporated, and the system is homogenized. pH adjustment is performed if required, followed by stabilization.

Instruction

Mirustyle should be introduced into the water phase under controlled temperature conditions, avoiding overheating above 40°C. Proper hydration is essential for achieving the desired texture. When used in complex systems, interactions with electrolytes and polymers should be considered. Stability testing under different storage conditions is recommended.

Manufacturing stability

The ingredient demonstrates stable performance when processing parameters are controlled. It scales effectively and maintains consistent characteristics in industrial production. Control of mixing speed and temperature ensures reproducibility across batches.

Mirustyle supports the formation of stable hydrogel systems with controlled viscosity and predictable behavior during storage, which is essential for long shelf-life products.

In multi-component formulations, it improves interaction between the aqueous phase and polymer structures, enhancing overall stability and uniformity.

Due to its marine origin, the ingredient is suitable for formulations focused on natural raw material sourcing and scalable production strategies.