CADP(CR) Bionic Phospholipid - Ultra-Mild Amphoteric Surfactant with Skin Repair Benefits

Product Overview

CADP(CR) is an advanced biomimetic phospholipid surfactant derived from natural coconut oil (INCI: Sodium Cocamidopropyl PG-Dimonium Chloride Phosphate). This innovative amphoteric surfactant combines phosphate diesters/triesters with quaternary ammonium groups to create a skin-identical cleansing complex that actively repairs damaged skin and hair while delivering exceptional mildness.

Key Technology

Biomimetic Design: Mirrors natural skin phospholipid structure

Dual-Action Mechanism:

1) Phosphate groups provide gentle cleansing

2) Quaternary ammonium enables conditioning/repair

Coconut Oil Derived: Rich in skin-nourishing fatty acids

Superior Mildness

98% reduction in eye irritation (Draize test)

Safe for sensitive/mucous membranes (pH 5.5-7.0 compatible)

Antimicrobial Action

Broad-spectrum efficacy against:

E. coli (MIC: 0.8%)

S. aureus (MIC: 0.6%)

C. albicans (MIC: 1.2%)

Technical Advantages

Foaming Performance:

30% richer foam vs. CAPB

2x longer foam stability

Thickening Capacity:

• Achieves 20,000cPs in amino acid systems

• Cold-process dispersible

Preservative Reduction:

• Allows 50% cut in traditional preservatives

Product features and efficacy

Significant features

A, Excellent wettability, providing excellent skin sensation after use;

B, Excellent gentle cleaning properties - does not irritate sensitive mucous membranes;

C, Excellent thickening effect, especially suitable for non-6501 and CMEA systems;

D, Excellent foaming and foam stability;

E, It is used to prepare high viscosity gel cleaning products, which are easy to disperse at low temperatures;

F, Broad spectrum antibacterial activity;

G, It is very good to thickening systems for amino acids, imidazolines, and glycosides.

Product Performance

CADP (CR) sodium cocoamidopropyl PG dimethylammonium chloride phosphate exhibits broad-spectrum antibacterial properties at low usage concentrations, which are not negatively affected by solution pH, non-ionic surfactants, or typical pollutants that can inactivate fungicides. This antimicrobial activity can effectively reduce the amount of traditional preservatives used in the system, and in some systems, it can also be used alone, achieving a self preservation effect.

The above is the minimum inhibitory concentration of CADP (CR) against common bacterial strains, indicating that CADP (CR) has inhibitory effects on most bacterial strains.

application

Formula application:

Baby care products: facial cleanser, shower gel, shampoo

Hair care products: hair moisturizing essence, hair mask

Daily care products: hand sanitizer, wet wipes

Makeup products: sunscreen, foundation make-up

Gynecological detergent: deodorizing detergent, antibacterial cleaner.