PTM Bionic Phospholipid Surfactant - Plant-Derived Multifunctional
Care Complex
Product Overview
PTM is an innovative biomimetic phospholipid surfactant (INCI:
Myristamidopropyl PG-Dimonium Chloride Phosphate) extracted from
natural plant sources. This advanced amphoteric complex combines
exceptional mildness with multifunctional performance, making it
ideal for sensitive skin formulations, infant care products, and
premium personal cleansers. Its unique molecular structure mimics
natural skin lipids, delivering unparalleled skin compatibility
while providing multiple technical benefits.
Key Technology & Mechanism
Biomimetic Design: Replicates natural phospholipid structure for
optimal skin affinity
Dual-Functional Groups: Combines quaternary ammonium for
conditioning with phosphate for cleansing
Smart Deposition System: Forms protective molecular film on
skin/hair surfaces
Product features and efficacy
physical property | data |
Appearance | Colorless to pale yellow viscous liquid |
Active Content % | 35.0-37.0 |
Sodium Chloride% | 5.0-6.0 |
PH Value (10%solution) | 4.0-7.0 |
solvent(water) | 58.0-59.0 |
Clinical Benefits & Performance Data
Gentle Cleansing
98% reduction in skin irritation vs. SLES (HRIPT test)
0.5% solution shows no eye irritation (Draize test)
Antimicrobial Enhancement
Boosts phenoxyethanol efficacy by 40% (MIC testing)
Reduces preservative requirement by 30-50%
Anti-Dandruff Synergy
Enhances OCT efficacy against Malassezia furfur by 60%
Increases dandruff reduction by 45% after 4 weeks (clinical panel)
Sensory Improvement
Improves "moisturized after-feel" by 55% (sensory evaluation)
Reduces "tightness" sensation by 65%
Product performance:
1. Enhance the efficacy of dandruff suppressants
Biomimetic phospholipid PTM can enhance the efficacy of the anti
dandruff agent pyroxene ethanolamine (OCT) in shampoo. OCT has
anti-inflammatory and bactericidal effects. To demonstrate the
performance of PTM in improving OCT efficacy, antibacterial rings
were used in commercially available shampoo without dandruff
reducing agents.
1. Reduce the amount of preservatives used in rinse off products
The potential health concerns about commonly used preservatives,
such as nipagin esters, are increasingly being promoted. So lower
efficiency preservatives, such as phenoxyethanol, are increasingly
being used. The inhibition test area proves that 1% PTM can improve
the anti-corrosion efficiency of phenoxyethanol in mild cleaning
products
2, In mild cleaning products containing phenoxyethanol, there are
1% PTM and no
PTM inhibition test area. A low score indicates good antibacterial
ability.
Formulation Advantages
EO-Free Compatible: Works in benzoate/ethylene oxide-free systems
Broad Compatibility: Stable with anionic/cationic/nonionic actives
Process Flexible: Cold/hot process suitable (up to 80°C)
Recommended Applications
Baby Care: 0.5-1.5% in shampoos/body washes
Anti-Dandruff Shampoos: 1-3% with OCT/zinc pyrithione
Sensitive Skin Cleansers: 0.5-2% as primary surfactant
Preservative-Booster: 0.8-1.5% with weak preservatives
Safety & Certification
Ecocert/COSMOS approved
Vegan & cruelty-free
Biodegradable (OECD 301F)
Market Differentiation
1. Triple-Action: Cleanses+conditions+preserves
2. Science-Backed: Clinically proven anti-dandruff enhancement
3. Future-Proof: Meets clean beauty & preservative-reduction trends
Packaging & Storage
50kg/bucket, stored in a ventilated and cool place.
