
THE STORY OF FC-PVA(H)
FC PVA(H): The Film-Forming Polymer for Smooth, Flexible Cosmetic Applications
FC PVA(H) - Hydrolysed Polyvinyl Alcohol is a water-soluble film-forming polymer widely used in skincare, haircare, styling products, and peel-off masks.
It creates smooth, flexible, adhesive-resistant films that enhance texture, performance, and product stability.
Commonly found in peel-off masks, make-up, hair styling gels, serums, and sheet mask essences, it improves product feel and effectiveness.
Derived from Polyvinyl Acetate & Hydrolyzed for Cosmetic Functionality
FC PVA(H) is produced by hydrolyzing polyvinyl acetate, converting acetate groups into hydroxyl groups for better solubility and film formation.
Its unique features include:
• Excellent water solubility
• Strong film-forming ability
• Smooth, flexible coatings
• High clarity & purity
TRCkem offers various grades tailored for cosmetics, personal-care & specialized film applications.
Film. Smooth. Support.
Hydrolysed PVA offers multiple high-value benefits:
✅ Creates smooth, even, flexible films
✅ Supports peel-off formulation strength
✅ Improves product viscosity & texture
✅ Enhances wear time in makeup products
✅ Provides binding & adhesion improvement
Used in: peel-off masks, mascara, eyeliners, foundations, primers, hair gels, sheet mask serums, and nail-care formulations.
Film. Smooth. Support.
• Typical use level: 1–15% depending on film thickness
• Add to hot water phase (80–90°C) for proper dispersion
• Fully compatible with most skincare actives
• Stable in pH 5–9
• Non-irritating & safe for topical cosmetic usage
• Store in cool, dry conditions to prevent moisture absorption
• Excellent performance in water-based cosmetic systems
Formulator’s Queries, We Answered
1. What is FC-PVA(H)?
FC-PVA(H) (Hydrolyzed Polyvinyl Alcohol) is a water-soluble polymer derived from the hydrolysis of polyvinyl acetate. Known for its excellent film-forming, adhesive, and conditioning properties, FC-PVA(H) is widely used in personal care formulations to improve texture, stability, and performance in products such as peel-off masks, hair styling gels, and skin care treatments.
2. What is the CAS Number and INCI Name of FC-PVA(H)?
CAS Number: 9002-89-5
INCI Name: Hydrolyzed PVA
3. What are the benefits of using FC-PVA(H) in personal care products?
Film-Forming Agent: Creates a smooth, flexible film on skin or hair, enhancing product performance.
Texturizer: Improves the feel and spreadability of formulations.
Stabilizer: Helps emulsify and stabilize complex formulations.
Binding Agent: Assists in ingredient cohesion, particularly in peel-off masks.
Non-Irritating: Gentle on the skin and suitable for a wide range of skin types.
4. What are the common applications of FC-PVA(H) in personal care?
Facial Masks: Especially in peel-off masks for tightening and cleansing effects.
Hair Styling Products: Used in gels and sprays for its film-forming and holding capabilities.
Cleansers & Toners: Improves viscosity and enhances feel.
Eye and Lip Products: Offers smooth application and improved texture.
Exfoliating Formulas: Helps in uniform application and film development.
5. Is FC-PVA(H) safe for use in personal care formulations?
Yes, FC-PVA(H) is widely recognized as safe for use in cosmetics and personal care products. It is non-toxic, non-sensitizing, and has a long history of use in both rinse-off and leave-on formulations.
6. Can FC-PVA(H) cause skin irritation?
FC-PVA(H) is generally well-tolerated and considered non-irritating. However, as with all cosmetic ingredients, a patch test is recommended, especially for individuals with highly sensitive or reactive skin.
7. Is FC-PVA(H) environmentally friendly?
FC-PVA(H) is biodegradable under specific conditions and is considered a low-impact material in terms of environmental persistence when used in appropriate formulations. Ongoing innovations aim to enhance its eco-profile further.
8. Are there alternatives to FC-PVA(H) in personal care products?
Yes, depending on the application, alternatives may include:
: Used for conditioning and film-forming.
Cellulose Derivatives (e.g., HEC, CMC): Serve as thickeners and stabilizers.
Natural Gums (e.g., Xanthan, Guar):
Offer natural texturizing and stabilizing properties