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TRIMETHYLSILYL HYDROLYZED PEA PROTEIN PG-PROPYL METHYLSILANEDIOL CROSSPOLYMER.

Insufficient Data / HAIR CONDITIONING, SKIN CONDITIONING

This innovative ingredient is a hybrid polymer, precisely engineered by combining hydrophilic peptides derived from hydrolyzed pea protein with a silicone-based crosspolymer. Its unique molecular architecture promotes high compatibility across diverse cosmetic formulations, allowing it to adsorb to surfaces and create a beneficial film.

Summary

Skin Conditioning Hair Conditioning Film-Forming Moisturizing

Science

Mechanism of Action

The mechanism of TRIMETHYLSILYL HYDROLYZED PEA PROTEIN PG-PROPYL METHYLSILANEDIOL CROSSPOLYMER involves its bifunctional nature. The hydrophilic peptide segment interacts favorably with aqueous environments, while its alkyl groups demonstrate an affinity for hydrocarbons and the silicone portion aligns with silicone oils. This multifaceted interaction enables the polymer to efficiently adsorb onto surfaces such as skin, where it forms a thin, protective, and conditioning film. This film contributes to moisturizing and potentially strengthening effects.

Research

Clinical Evidence

Insufficient-data confidence
Effective range N/A
Optimal

N/A

Transparency

Dusting Analysis

Not commonly dusted

The Formula

Formulation

Solubility
Unknown
Optimal pH N/A
0 7 14

Safety

Safety Profile

CIR Status
Not reviewed
Sensitization risk Unknown

While this specific crosspolymer has not been reviewed by the CIR Expert Panel, its component, Hydrolyzed Pea Protein, has been deemed safe for use in cosmetics under current practices. Plant protein products generally receive approval from the FDA as food additives, and hydrolyzed proteins at typical food-use levels are not associated with hazards.

Your Skin

Skin Compatibility

No Normal
No Dry
No Oily
No Sensitive
Irritancy Unknown
Comedogenicity Unknown

Our Assessment

Verdict

Insufficient Data

This hybrid peptide-silicone crosspolymer shows promise as a versatile conditioning agent for both skin and hair due to its film-forming properties, but specific clinical efficacy data and comprehensive safety assessments for the complete ingredient are currently limited.

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