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Bisabolol (Alpha Bisabolol)

Sale price$34.95
High-purity Alpha-Bisabolol naturally derived from chamomile for soothing, skin-comfort and sensitive-skin formulations.
Soothing
Skin conditioning
Oil Soluble
Available in:

Sold by volume (mL or L).

Need a larger quantity? Explore bulk and trade supply options for production volumes.

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An amber glass bottle of Bisabolol by JNA Ingredient Co. with a white label and a black ribbed cap, set against a plain white background.
Bisabolol (Alpha Bisabolol) Sale price$34.95
OUR DIFFERENCE

Selected for specification, not just ingredient name.

Materials sold under the same ingredient name or INCI can differ in grade, purity, specification limits and supporting documentation. JNA selects ingredients with these differences in mind.
Specification Matters

Specification Matters

Selected for stronger purity and quality parameters where specification makes the difference.
Cosmetic grade

Cosmetic grade

Selected for professional cosmetic formulation.
Documented quality

Documented quality

Manufacturing and batch documentation available.
Formulator ready

Formulator ready

Defined use levels and processing guidance.

FORMULATION OVERVIEW

Bisabolol (Alpha Bisabolol)

Alpha-Bisabolol is a premium oil-soluble cosmetic active valued for its soothing and skin-conditioning properties. It is particularly well suited to sensitive-skin formulations, facial skincare, moisturisers, serums, balms, after-sun products and other formulations designed to support skin comfort.

JNA's Alpha-Bisabolol is naturally derived from chamomile and produced through extraction, separation and purification rather than supplied as a synthetic Bisabolol grade, giving formulators a documented plant-derived option for premium skincare.

Supplied as a high-purity cosmetic-grade liquid with an assay specification of ≥99.0%, Alpha-Bisabolol is soluble in cosmetic oils and ethanol and insoluble in water. This makes it particularly suited to the oil phase of emulsions, as well as facial oils, balms, anhydrous formulations and other oil-based cosmetic systems.

Why formulators choose it

  • Naturally derived from chamomile
  • Supports soothing and skin-comfort formulations
  • Particularly suited to sensitive-skin skincare
  • High-purity cosmetic grade with ≥99.0% assay specification
  • Oil soluble and suited to the oil phase
  • Suitable for emulsions, anhydrous and oil-based formulation

Formulator's Quick Guide

INCI Bisabolol
Appearance Colourless to slightly yellowish clear liquid
Solubility Oil soluble
Phase Water phase
Applications Serums, Creams & Lotions, Eye Care, Facial Oils, Balms & Salves, After-Sun Products, Body Lotions & Creams, Hand Care, Emulsions , Anhydrous Formulations, Oil-Based Formulations
Supports Skin comfort, Skin conditioning, Soothing / redness support, Barrier support

Why Formulators Choose This Ingredient

Soothing Skin Comfort

Ideal for formulations designed to support skin comfort and calm sensitive-feeling skin.

Naturally Chamomile Derived

Plant-derived Alpha-Bisabolol produced from natural chamomile raw material.

High Purity Active

Supplied as highly purified Alpha-Bisabolol for targeted cosmetic formulation.

Formulation Versatility

Oil-soluble and suitable for serums, creams, balms, facial oils and other leave-on formulations.

Technical Documents

Technical documentation available for this ingredient.

Safety Data Sheet available. Bath-specific Certificate of Analysis documentation is maintained for the supplied material. Additional technical or supporting documentation may be available as applicable.

FORMULATOR FAQ

Practical Questions About Formulating with Alpha-Bisabolol

Bisabolol FAQ

Ask a Question
Can Alpha-Bisabolol be used alongside water-soluble soothing actives?

Yes. Alpha-Bisabolol can be paired with water-soluble ingredients such as Panthenol, Allantoin, Beta-Glucan or Ectoin to build a broader skin-comfort system. They do not need to share the same phase: incorporate Bisabolol through the oil phase or suitable solubilisation system and add the water-soluble active according to its own processing requirements.

Should Bisabolol replace the main emollient in a facial oil or balm?

No. Bisabolol is used primarily as a functional soothing and skin-conditioning active rather than as the main carrier or emollient. In an anhydrous formulation, it can be incorporated alongside ingredients such as squalane, Caprylic/Capric Triglycerides or suitable plant oils that provide the bulk of the oil phase and determine much of the finished skin feel.

Why can a clear formulation become cloudy after adding Bisabolol?

Because Bisabolol is insoluble in water. A formulation may appear clear initially but develop haze, droplets or separation if the solubilisation system cannot accommodate the complete oil-soluble load. When troubleshooting, assess the total fragrance, essential oil and other oil-soluble materials together rather than considering the Bisabolol level in isolation.

Does adding Bisabolol make a formulation suitable for sensitive skin?

Not by itself. Bisabolol is commonly selected for soothing and skin-comfort focused formulations, but the suitability of a finished product for sensitive skin depends on the complete formula. Surfactants, fragrance, preservation, pH, other actives and their use levels can all influence finished-product tolerability.

What is the difference between natural and synthetic Alpha-Bisabolol when selecting a raw material?

Alpha-Bisabolol may be available from different sources, so formulators should assess the specification and supporting documentation for the particular grade rather than relying on the ingredient name alone. JNA's grade is supplier-documented as naturally derived from chamomile through extraction, separation and purification, with no synthetic Bisabolol substitute.

Should Bisabolol be counted as part of the oil phase when developing an emulsion?

Yes. Because Bisabolol is oil soluble, its contribution should be considered as part of the formulation's total oil-soluble load when developing and testing an emulsion. The emulsifier system should be assessed against the complete oil phase rather than treating Bisabolol as though it were a water-phase active.