Zinc Pyrithione (ZPT) – 100g – Anti-Dandruff & Antimicrobial Active

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  • 48% Zinc Pyrithione Concentrate
  • 48.60% Active Assay
  • Powerful Anti-Dandruff Active
  • Antifungal & Antimicrobial Action
  • Helps Reduce Visible Flaking
  • Supports Scalp Cleanliness
  • Ultra-Fine Particle Size
  • Easy Formulation Dispersion
  • Ideal for Anti-Dandruff Shampoos
  • Suitable for Professional Formulations

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Description

Zinc Pyrithione (ZPT) – 100g – Anti-Dandruff & Antimicrobial Active – Anti-Dandruff & Antibacterial Hair Ingredient

Overview

Zinc Pyrithione (ZPT) 48% Liquid is a concentrated anti-dandruff active supplied as a fine white suspension containing approximately 48% Zinc Pyrithione. It is designed for use in hair-care formulations where effective dandruff and scalp-care performance is required.

Description

Zinc Pyrithione is a well-established antimicrobial and antifungal ingredient commonly used in anti-dandruff and scalp-care formulations. This 48% liquid suspension provides a concentrated form of ZPT that can be incorporated into suitable shampoo and scalp-care formulations.

The supplied material has a fine particle size, supporting good dispersion when properly incorporated into the formulation.

Key Functions

  • Helps control dandruff-associated microorganisms
  • Helps reduce visible scalp flaking
  • Provides antimicrobial and antifungal activity
  • Supports scalp hygiene and cleanliness
  • Helps formulate effective anti-dandruff products
  • Provides concentrated Zinc Pyrithione in a convenient suspension form

Technical Data

PropertySpecification / Typical Value
INCI NameZinc Pyrithione
CAS No.13463-41-7
Active Content48%–50%
Assay48.60%
AppearanceWhite Suspension
pH (5% Solution)8.39
Particle Size D900.365 μm
Particle Size D1001.151 μm
Microbiological Count62 CFU/g

Recommended Usage Level

Typical use level: 0.5%–2.0% of the Zinc Pyrithione 48% suspension, depending on the desired active ZPT concentration, formulation type, and applicable regulatory requirements.

As this material contains 48.60% active Zinc Pyrithione, the quantity required should be calculated based on the actual ZPT concentration desired in the finished product.

Key Features

  • 48% Zinc Pyrithione concentrated suspension
  • High active assay of 48.60%
  • Fine particle size with D90 of 0.365 μm
  • Suitable for anti-dandruff formulations
  • White, easy-to-identify suspension
  • Suitable for professional and commercial hair-care manufacturing
  • Supports consistent ZPT incorporation when properly dispersed

Common Applications

  • Anti-Dandruff Shampoos
  • Scalp Care Shampoos
  • Dandruff Control Formulations
  • Scalp Treatment Products
  • Functional Hair-Care Products
  • Professional Hair-Care Formulations

Formulation Tip

Zinc Pyrithione is practically insoluble in water, so proper dispersion is essential. Add the ZPT 48% suspension gradually under controlled mixing to achieve uniform distribution throughout the shampoo.

Avoid adding it directly to a finished product without adequate mixing. Maintain sufficient viscosity and suspension stability in the final formulation to help prevent settling.

Safety & Precautions

  • For external cosmetic formulation use only.
  • Do not use the raw material directly on the scalp or skin.
  • Avoid contact with eyes.
  • Handle according to the relevant SDS (Safety Data Sheet).
  • Store in a cool, dry place away from direct sunlight and excessive heat.
  • Keep the container tightly closed when not in use.
  • Verify the permitted use level and regulatory status for the intended finished product and target market before commercial production.

Why to Choose ZPT

Zinc Pyrithione (ZPT) 48% Liquid offers a concentrated source of Zinc Pyrithione with a 48.60% assay and very fine particle size, making it a practical choice for formulators developing anti-dandruff and scalp-care shampoos.

Its concentrated format allows formulators to achieve the desired active ZPT level using a relatively small quantity of raw material, while its fine particle size supports effective dispersion when incorporated correctly.

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