Isobutenyl Methyltetrahydropyran 16409-43-1

TL;DR. This ingredient is a perfuming material used to add a rosy, green, fruity odor note to fragrance blends in beauty and personal care products. It has no primary cleansing, moisturizing, or preservation role.

What does Isobutenyl Methyltetrahydropyran 16409-43-1 do in a cosmetic formula?

This ingredient is a perfuming material used to add a rosy, green, fruity odor note to fragrance blends in beauty and personal care products. It has no primary cleansing, moisturizing, or preservation role.

Is Isobutenyl Methyltetrahydropyran 16409-43-1 clean?

Clean-beauty frameworks usually evaluate it as a fragrance component, with the main questions being sensitization potential, IFRA compliance, and disclosure rules where applicable. It is not a broad clean-standard centerpiece, but it carries the usual fragrance-related scrutiny.

Is Isobutenyl Methyltetrahydropyran 16409-43-1 sustainable?

This ingredient occurs naturally in some aromatic materials, but commercial supply is commonly synthetic for consistency and cost control. Its sustainability profile is mixed because it is used at very low levels, yet it is not typically a renewable, readily biodegradable ingredient.

Is Isobutenyl Methyltetrahydropyran 16409-43-1 COSMOS-approved?

As a synthetically produced isolated aroma chemical, it is generally not permitted in COSMOS natural or organic products unless obtained from a compliant natural fragrance source under ISO 9235. Its Green Chemistry fit is limited by typical petrochemical sourcing and uncertain ready biodegradability, despite very low use levels.

How does Isobutenyl Methyltetrahydropyran 16409-43-1 work chemically?

The molecule is an unsaturated substituted tetrahydropyran, a cyclic ether with hydrophobic alkyl groups that give high odor potency. It is typically used at trace to very low levels in finished products, and it is best suited to neutral or mildly formulated systems because strong acid and oxidizing conditions can change alkene-containing fragrance materials.

Last updated 2026-05-14