Rosa Rubiginosa Fruit Oil\

TL;DR. This ingredient is a skin-conditioning emollient oil that softens feel, reduces transepidermal water loss, and adds lightweight slip. It is used in facial oils, creams, balms, and hair products for barrier-supportive lipid replenishment.

What does Rosa Rubiginosa Fruit Oil\ do in a cosmetic formula?

This ingredient is a skin-conditioning emollient oil that softens feel, reduces transepidermal water loss, and adds lightweight slip. It is used in facial oils, creams, balms, and hair products for barrier-supportive lipid replenishment.

Is Rosa Rubiginosa Fruit Oil\ clean?

This ingredient is generally well accepted in clean-beauty frameworks because it is a simple botanical lipid with low sensitization potential. The main quality caveat is freshness, since highly unsaturated oils can become rancid and more irritating if poorly stored.

Is Rosa Rubiginosa Fruit Oil\ sustainable?

This ingredient is plant-derived and readily biodegradable, with no major persistence or bioaccumulation concern. Sustainability depends on agricultural practices, yield, and whether it is mechanically pressed or solvent-extracted, with pressing being the cleaner processing route.

Is Rosa Rubiginosa Fruit Oil\ COSMOS-approved?

This ingredient is permitted under COSMOS-natural, and it can be used in COSMOS-organic products when the agricultural raw material is certified organic and the processing is allowed. It aligns well with Green Chemistry when mechanically pressed, renewable, biodegradable, and minimally refined.

How does Rosa Rubiginosa Fruit Oil\ work chemically?

This material is a triglyceride-rich oil with a high polyunsaturated fatty acid profile, commonly dominated by linoleic acid at about 40 to 55 percent, alpha-linolenic acid at about 20 to 35 percent, and smaller amounts of oleic acid. Typical use ranges from 1 to 10 percent in emulsions and up to 100 percent in anhydrous blends, and its high unsaturation benefits from antioxidant support, low-oxygen packaging, and protection from heat and light.

Last updated 2026-05-13