928-96-1 NATURAL OC CIS-3-HEXANOL

TL;DR. This ingredient is used primarily as a fragrance component, adding a fresh green note to perfumes, shampoos, body care, and skin care. It can also help round out botanical or fruity scent profiles at very low levels.

What does 928-96-1 NATURAL OC CIS-3-HEXANOL do in a cosmetic formula?

This ingredient is used primarily as a fragrance component, adding a fresh green note to perfumes, shampoos, body care, and skin care. It can also help round out botanical or fruity scent profiles at very low levels.

Is 928-96-1 NATURAL OC CIS-3-HEXANOL clean?

From a clean-beauty perspective, this ingredient is acceptable but not friction-free because it is a fragrance material with possible irritation or sensitization concerns at higher exposure. Responsible use typically follows IFRA category limits and transparent fragrance disclosure practices.

Is 928-96-1 NATURAL OC CIS-3-HEXANOL sustainable?

This material can be sourced from plant-derived pathways, including leafy plant materials, or made synthetically, so sustainability depends on feedstock and supplier route. It is expected to biodegrade readily and is not known for long-term environmental persistence, though it is volatile.

Is 928-96-1 NATURAL OC CIS-3-HEXANOL COSMOS-approved?

It can align with COSMOS-it or COSMOS-organic fragrance rules when it is it-origin, physically or biotechnologically derived, and documented as compliant by the fragrance supplier. From a Green Chemistry view, renewable sourcing and biodegradability are positives, while volatility and route-dependent processing keep it in a qualified rather than ideal position.

How does 928-96-1 NATURAL OC CIS-3-HEXANOL work chemically?

The molecule is a small six-carbon unsaturated primary alcohol with a cis double bond, which explains its high odor impact and volatility. In finished products it is generally used at trace fragrance levels, often in the ppm range to well below 0.1%, and it should be protected from excessive air, heat, and light to preserve scent quality.

Last updated 2026-08-19