Permethyl® HPIB-4
INCI Name: Hydrogenated Polyisobutene
INCI Name: Hydrogenated Polyisobutene
HYDROGENATED POLYISOBUTENE
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Permethyl® HPIB-4 is a high-performance functional polymer designed to elevate the sensory profile of cosmetic and personal care formulations. This hydrocarbon-based emollient provides a luxurious, smooth feel on application. Its branched, saturated aliphatic structure, acts as a skin conditioner and shine enhancer, boosting the skin's ability to retain moisture, promoting a radiant, youthful appearance. Permethyl® HPIB-4 also supports skin elasticity, fostering a more supple and rejuvenated look. Developed for formulators seeking quality and innovation, Permethyl® HPIB-4 is a reliable choice for enhancing the tactile and visual appeal of skincare products. Use level: 1 - 70%
Key Benefits:
- High-purity hydrogenated polyisobutene for lip gloss and skin care
- Light
- smooth feel
- Fast spreadability
- Enhances sensory profile with improved cushion and slip
- Acts as a shine enhancer for a satiny finish
- Boosts skin's moisture retention for a radiant appearance
- Provides a luxurious smooth feel on application
- Ideal for anhydrous and traditional formulations
- Boosts skin’s ability to retain moisture with its branched saturated aliphatic structure
- Viscosity: 2.9 cSt @40°C
Applications:
Hair Care
Skin Care
Color Cosmetics
Body Care
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Functions
- Emollients
- Polymers & Film Formers
Certifications & Compliance
Product Documentation
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Collection Details
| Description | INCI | Product Differentiation |
|---|---|---|
| Permethyl® HPIB-4 | Hydrogenated Polyisobutene | Luxurious, smooth feel |
Batch Calculator
Recommended usage level 1 - 70%
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Formulation Guidelines
- Typical use level: 1 - 70%
- Can be used in different product forms like emulsions, sticks and powders
- Can be used as the sole oil phase of an emulsion or together with other emollients
- Can be used as a binder in pressed powder formulations
- Can be used in anhydrous formulations
- For high viscosity grades, no temperature limitations on processing
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