Rhamnosoft HP HH 1 L

Modern cosmetic formulation increasingly relies on biotechnological polysaccharides capable of modulating skin sensitivity while reinforcing the structural barrier. Rhamnosoft HP HH is a high-purity bacterial polysaccharide obtained through controlled fermentation, rich in rhamnose, galactose, and glucuronic acid sequences. Designed specifically to intercept inflammatory cascades at the epidermal level, this functional active ingredient reduces cutaneous reactivity, sooths irritation, and attenuates discomfort caused by chemical, mechanical, or environmental stressors. By regulating cell-to-cell communication and suppressing pro-inflammatory mediators, it preserves tissue integrity, restores comfort, and enhances the natural resilience of delicate or compromised skin.

On the global raw materials market, Rhamnosoft HP HH enjoys strong demand among cosmetic chemists, contract manufacturers, and indie beauty brand developers who prioritize evidence-based active components. Formulators value its exceptional stability across a wide pH range, complete cold-process compatibility, and flawless clear-water solubility. The low viscosity impact allows seamless incorporation into minimalist serums, lightweight lotions, and complex multi-phase emulsions without compromising thermal or physical stability. Beyond functional performance, its soothing profile enables developers to formulate high-tolerance skincare products targeting reactive, sensitive, polluted, or post-procedure skin conditions.

Comprehensive Application Spectrum in Industrial and Artisanal Production

In professional skincare manufacturing, Rhamnosoft HP HH serves as a core active ingredient across a broad range of protective and restorative product lines. It is widely utilized in post-peel recovery gels, anti-pollution city shields, soothing barrier creams, atopic skin treatments, and delicate eye contour fluids. In hair care and scalp therapy formulations, it helps alleviate itching, reduces erythema induced by harsh surfactants, and restores scalp homeostasis.

In high-end soap making and artisanal cleanser production, adding Rhamnosoft HP HH transforms basic cleansing bases into ultra-gentle, non-stripping facial washes and body bars that maintain skin hydration during washing. Within fine fragrance and perfumery manufacturing, it is integrated into scented body mists, post-shave balms, and alcohol-free hydro-perfumes to counteract alcohol-induced skin tightness and irritation. In the pharmaceutical and dermatological cosmetic sector, it plays a critical role in soothing creams designed for reactive skin, sunburn relief sprays, and baby care formulations. Whether deployed in large-scale commercial factory batches or crafted in small-batch boutique laboratories, this polysaccharide delivers consistent, clinically validated comfort to skin formulas.

Soothing Anti-Redness Barrier Serum

Purified water - eighty-five ml

Rhamnosoft HP HH - five ml

Vegetable glycerin - four ml

Low molecular weight hyaluronic acid - one gram

Xanthan gum - one gram

Propanediol - two ml

Euxyl PE 9010 preservative - two ml

Measure the purified water into a sterile glass beaker at room temperature. Combine propanediol and vegetable glycerin in a smaller vessel, then disperse the xanthan gum and hyaluronic acid into the liquid mixture until fully wetted. Slowly add the liquid dispersion into the water phase while stirring continuously until a smooth, crystal-clear gel matrix forms. Introduce Rhamnosoft HP HH into the gel base and stir thoroughly for three minutes to ensure homogeneous active distribution. Finally, add the Euxyl PE 9010 preservative, mix completely, and pour the finished serum into an airtight glass dropper bottle.

The resulting product features a silky, weightless gel texture that glides effortlesly over the skin and absorbs quickly without leaving sticky or greasy residues. It instantly relieves sensation of heat and tightness, noticeably reduces localized redness, and leaves the skin barrier noticeably hydrated, smooth, and deeply comfortable.