Perfluoropropylene/Vinylidene Difluoride Copolymer: What Is It, Cosmetic Uses, Benefits & Side Effects

Curious about this ingredient? In this article we're explaining exactly what it is and why it's used within cosmetic formulations.
Updated on: July 1, 2025
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We verify all information on this page using publicly available nomenclature standards from The Personal Care Products Council (PCPC), the European Commission's CosIng database and documentation provided directly by ingredient manufacturers. Our analysis is based on technical data from these sources to ensure accuracy and reliability.

What Is Perfluoropropylene/Vinylidene Difluoride Copolymer?

Perfluoropropylene/Vinylidene Difluoride Copolymer is a synthetic fluoropolymer made by combining two fluorinated building blocks: hexafluoropropene and 1,1-difluoroethylene. When these small molecules are linked together through controlled industrial polymerization they form a high-performance chain that is chemically stable, clear and remarkably smooth to the touch. Originally developed in the 1960s for specialty coatings that needed to resist heat and chemicals, the polymer’s ability to create an even, flexible film soon attracted the attention of cosmetic chemists looking for longer-lasting makeup.

Manufacturing starts with purified gaseous monomers that are fed into a pressurized reactor. An initiator sparks the reaction, causing the monomers to join into long chains. The finished polymer is then filtered, dried and milled into an ultra-fine white powder ready for cosmetic use. Because the material is inert and does not dissolve in water it can be mixed into oils, silicones or dispersions without breaking down.

Today you will most often spot Perfluoropropylene/Vinylidene Difluoride Copolymer in long-wear or waterproof formulas such as liquid foundations, pressed powders, mascaras, eyeliners, brow gels, lipsticks, sunscreens, makeup primers and certain sheet masks or peel-off masks that need a sturdy yet flexible film on the skin.

Perfluoropropylene/Vinylidene Difluoride Copolymer’s Cosmetic Benefits/Uses

This ingredient is prized for one central job within a cosmetic formula.

As a film former it spreads into a thin, invisible layer that anchors pigments, active ingredients and moisturizers to the skin or hair. The resulting film improves wear time, boosts water and smudge resistance, reduces transfer onto clothes, helps makeup glide on evenly and can slow natural moisture loss so the product feels comfortable for longer.

Who Can Use Perfluoropropylene/Vinylidene Difluoride Copolymer

Because this fluoropolymer is inert and non reactive it is generally considered suitable for all skin types including dry, normal, combination and oily complexions. Its lightweight film lets skin breathe so most people do not feel heavy buildup. Those with extremely sensitive skin or existing dermatitis should still monitor how their skin feels since any film former can occasionally trap heat or sweat and trigger discomfort on already inflamed areas.

The polymer is 100 percent synthetic, made from gases in a closed reactor, so it contains no animal derived raw materials and is appropriate for both vegetarians and vegans. As always ingredient origin is only one part of an ethical purchase so consumers who avoid animal testing may wish to confirm the finished product’s cruelty free status.

No reproductive toxicity has been linked to topical use of Perfluoropropylene/Vinylidene Difluoride Copolymer and it does not penetrate deeply into the skin, so it is viewed as low risk for women who are pregnant or breastfeeding. This is not medical advice and anyone who is expecting or nursing should run all skincare products past their healthcare provider to be safe.

The ingredient does not absorb UV light and therefore does not make skin more sensitive to the sun. It is also fragrance free and free of common allergens like gluten or nuts, which can be helpful for people managing specific sensitivities.

Potential Side Effects/Adverse Reactions

Side effects and reactions to the topical application of Perfluoropropylene/Vinylidene Difluoride Copolymer can vary from person to person. The following is a list of potential issues only and most users should not expect to experience them when the ingredient is properly formulated in a cosmetic product.

  • Mild skin irritation such as redness or itching, typically in individuals with pre existing sensitivity to fluorinated materials
  • Occlusive feeling or transient congestion on very oily or acne prone skin when used in heavy layers
  • Eye irritation if loose powder containing the polymer gets into the eyes during application
  • Allergic contact dermatitis, considered extremely rare, documented in isolated case reports

If any bothersome reaction occurs stop using the product immediately and consult a healthcare professional or dermatologist for evaluation.

Comedogenic Rating

Rating: 1/5. Perfluoropropylene/Vinylidene Difluoride Copolymer is a large, inert molecule that sits on top of the skin rather than sinking into pores, and it contains no oily or waxy components that tend to feed breakouts. Its film can, however, hold natural sebum underneath very heavy makeup layers, which is why it does not score a perfect zero. In practical terms the ingredient is generally suitable for acne-prone users.

Because the polymer is often paired with other long-wear agents like silicones and waxes, the overall formula can influence how pore-friendly the final product feels. People who are highly sensitive to occlusion may prefer lighter application or choose rinse-off formats such as waterproof sunscreens that are thoroughly removed at night.

Summary

Perfluoropropylene/Vinylidene Difluoride Copolymer is a synthetic film former that spreads into a thin flexible layer, locking pigments and active ingredients in place and boosting water resistance so makeup and skincare last longer and look smoother. It does this without melting, dissolving or reacting with other ingredients thanks to its chemically stable fluorinated backbone.

You will spot it most in long-wear foundations, mascaras, eyeliners, lipsticks and high-performance sunscreens, though it is still far less common than classic silicone elastomers. Brands that value transfer resistance are helping it gain slow but steady popularity.

Current research shows it to be low risk for irritation, allergy or toxicity when used topically. Still, everyone’s skin is unique so do a quick patch test when trying a new product to be on the safe side.

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