
General Description
Fc-pva(h) is a film-forming polymer derived from hydrolysed polyvinyl alcohol, widely used in cosmetic and personal care formulations for its excellent binding, thickening, and protective properties. It typically appears as a white to off-white powder and is known for its water solubility and ability to form smooth, flexible films on the skin and hair. As a versatile fc-pva(h) chemical, it contributes to improved texture, stability, and performance in modern cosmetic products.
In formulation systems, Fc-pva(h) enhances product structure by creating a uniform film that helps retain moisture and improve adhesion to the skin or hair surface. This makes it especially valuable in skincare, hair styling, and peel-off cosmetic applications. Manufacturers developing functional and performance-driven formulations often choose to buy fc-pva(h) due to its consistent quality and formulation compatibility.
Uses in the Cosmetics Industry
- Fc-pva(h) is widely used across multiple cosmetic categories where film formation, viscosity control, and product stability are required. Its key applications include:
- Used as a film former in peel-off face masks, where it helps create an even, removable layer.
- Incorporated into hair styling products such as gels and creams to provide hold and flexibility.
- Applied in skincare formulations to improve moisture retention and skin feel.
- Functions as a binder and stabilizer in emulsions and suspensions.
- Cosmetic manufacturers sourcing raw materials at scale often rely on wholesale fc-pva(h) to support large production volumes.
- The reliable performance of this fc-pva(h) chemical ensures consistency across batches, making it suitable for both professional and mass-market cosmetic products.
Safety & Handling
- Fc-pva(h) is generally considered safe for cosmetic use when handled in accordance with standard industry practices. Nonetheless, proper handling procedures should always be followed in manufacturing environments.
- May cause mild irritation if dust is inhaled or if there is prolonged contact in concentrated form.
- Appropriate protective equipment is recommended during bulk handling.
- Avoid excessive dust generation during weighing and mixing operations.
- Manufacturers who buy fc-pva(h) for formulation use and those sourcing wholesale fc-pva(h) should follow supplier-provided safety documentation.
- Correct handling helps maintain both product safety and performance when working with this fc-pva(h) chemical.
Storage & Stability
Fc-pva(h) should be stored in tightly sealed containers in a cool, dry, and well-ventilated area. Protection from moisture and excessive heat is essential to preserve its physical properties and solubility.
Under recommended storage conditions, the material remains stable and retains its functional performance over time. Brands and manufacturers that buy fc-pva(h) and source wholesale fc-pva(h) benefit from consistent quality and shelf stability, making it a dependable choice for long-term cosmetic production planning.
CAS Number: 9002-89-5
INCI: Hydrolyzed Polyvinyl Alcohol
Composition: FC-PVA(H) is composed of hydrolyzed polyvinyl alcohol, a synthetic polymer derived from the hydrolysis of polyvinyl acetate, resulting in a water-soluble film-forming agent.
Purity Grade: Cosmetic Grade
Appearance: White to off-white powder or flakes
Solubility: Soluble in water; forms clear, viscous solutions
Preservation: Preservative-free
Storage: Store in a sealed container in a cool, dry place away from moisture and direct sunlight
Raw Material Source: Synthesized from petroleum-derived ethylene; hydrolyzed from polyvinyl acetate
Manufacture: Produced through polymerization of vinyl acetate followed by hydrolysis under controlled conditions to obtain varying degrees of hydrolysis
Animal Testing: Not animal tested
GMO: GMO-free
Vegan: Does not contain animal-derived components
Proposition: FC-PVA(H) complies with global cosmetic regulations and applicable safety guidelines
Warning: Avoid inhalation of powder. Use appropriate personal protective equipment during handling. For external use only.
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