Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Croda Crodateric PI-LQ-(AP) Amphoteric Surfactant

Croda Crodateric PI-LQ-(AP) is a high-performance amphoteric surfactant from Croda’s Crodateric series, delivering exceptional mildness, foam stability and compatibility with anionic and cationic systems. Ideal for premium personal care formulations including shampoos, body washes and baby products, it enhances sensory feel while maintaining pH adaptability and skin tolerance.
  • croda crodateric pi lq ap amphoteric surfactant_65c129dc
  • croda crodateric pi lq ap amphoteric surfactant_65c129dc

Features Of Croda Crodateric PI-LQ-(AP) Amphoteric Surfactant

  1. Exceptional mildness and low irritation potential, ideal for sensitive-skin formulations.

  2. Outstanding foaming performance with rich, creamy lather even in hard water conditions.

  3. Excellent compatibility with anionic, cationic, and nonionic surfactants for synergistic blend development.

  4. pH-dependent charge behavior ensures optimal conditioning and cleansing across a broad pH range (pH 4–9).

  5. Highly effective viscosity builder and foam stabilizer in aqueous systems without requiring additional thickeners.

Typical Applications Of Croda Crodateric PI-LQ-(AP) Amphoteric Surfactant

  1. Shampoos and body washes targeting gentle, sulfate-free cleansing.

  2. Facial cleansers and micellar waters for dermatologically tested skincare lines.

  3. Baby care products including tear-free shampoos and washes.

  4. Color-safe and keratin-treated hair care formulations.

  5. Personal care wipes and rinse-off hygiene products.

Specifications Of Croda Crodateric PI-LQ-(AP) Amphoteric Surfactant

Chemical TypeAmphoteric (Carboxybetaine-based)
Product FormLiquid
AppearancePale yellow to amber viscous liquid
pH (10% aqueous solution)5.5 – 7.0
Active Content (as is)30 – 34%
SolubilityFreely soluble in water and ethanol
Primary ApplicationsPersonal care cleansing and conditioning systems
Key FeaturesMildness, foam enhancement, viscosity control, electrolyte tolerance


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