top of page
top-bg-3.jpg

ACRYLATES COPOLYMER - KY-MF-1

Liquid Suspending Agent and Rheology Modifier for Shampoos & Cleansing Formulations

KY-MF-1 Acrylates Copolymer is a liquid rheology modifier and suspending agent designed for surfactant-based personal care and cleansing formulations.
 

This crosslinked acrylic polymer provides effective viscosity control, suspension stabilization, and formulation clarity in shampoos, shower gels, facial cleansers, and liquid soap systems.

KY-MF-1 helps suspend insoluble ingredients, including exfoliating particles, moisturizing beads, and decorative additives, while maintaining desirable flow characteristics.
 

Its compatibility with common surfactant systems and synergistic thickening behavior with salts make it a versatile ingredient for developing clear, stable, and visually appealing cleansing products.

Acrylates Copolymer KY-MF-1 rheology modifier and suspending agent for shampoos and personal care formulations, illustrated with a cosmetic bottle and liquid polymer sample.

KY-MF-1 ACRYLATES COPOLYMER – SUSPENDING AGENT AND RHEOLOGY MODIFIER
 

KY-MF-1 is a crosslinked Acrylates Copolymer supplied as a low-viscosity liquid emulsion for surfactant-based personal care and cleansing formulations.
 

Its primary functions include suspension stabilization, viscosity adjustment, and rheology control.
 

KY-MF-1 is particularly useful in shampoos, shower gels, facial cleansers, and liquid soaps where formulators need to maintain suspended particles while achieving the desired consistency and product clarity.
 

The polymer can also help stabilize difficult-to-incorporate ingredients, including silicone-containing components, in compatible cleansing formulations.
 

KY-MF-1 – KEY BENEFITS
 

1. EFFECTIVE SUSPENSION STABILIZATION
 

KY-MF-1 provides suspension stability in surfactant-based formulations.

It helps maintain the uniform distribution of insoluble ingredients, including:
 

  • Exfoliating particles

  • Moisturizing beads

  • Decorative particles

  • Mica and pearlescent additives

  • Selected silicone-containing ingredients
     

Its suspending properties can be particularly useful in formulations where manufacturers want to maintain relatively low viscosity without compromising particle distribution.
 

2. VISCOSITY CONTROL AND THICKENING
 

KY-MF-1 functions as a rheology modifier, allowing manufacturers to adjust the viscosity and flow characteristics of cleansing products.
 

It can work synergistically with compatible surfactants and salts to provide additional thickening.
 

This flexibility allows formulators to develop products with different viscosity profiles according to application requirements.
 

3. HIGH-CLARITY CLEANSING FORMULATIONS
 

KY-MF-1 supports the development of transparent shampoos and body wash formulations.

The polymer can provide high clarity in suitable surfactant systems, particularly in formulations adjusted to approximately pH 7.

This makes it relevant for products where visual transparency and suspended decorative ingredients are important.
 

4. SURFACTANT COMPATIBILITY
 

KY-MF-1 ACRYLATES COPOLYMER is designed for use in surfactant-based cleansing systems.

According to the supplied product information, it is compatible with:
 

  • Anionic surfactants

  • Nonionic surfactants

  • Amphoteric surfactants

  • Selected cationic conditioning polymers
     

Compatibility should be confirmed in the complete formulation, particularly when combining multiple surfactants and conditioning ingredients.
 

5. EASY INCORPORATION
 

KY-MF-1 is supplied as a low-viscosity liquid emulsion.
 

Its liquid form allows straightforward incorporation into suitable cleansing formulations without requiring the handling and dispersion procedures associated with some powdered rheology modifiers.
 

For optimal processing, KY-MF-1 ACRYLATES COPOLYMER should be incorporated before neutralization and before adding fragrance, colorants, preservatives, and final viscosity-adjusting ingredients.
 

6. SALT-SYNERGISTIC THICKENING
 

KY-MF-1 can provide synergistic viscosity development when used with compatible salts and surfactant systems.
 

This property allows formulators to adjust product consistency while supporting suspension stability.
 

The final thickening response depends on the formulation composition, salt concentration, and pH.
 

7. PEARLESCENT EFFECT ENHANCEMENT
 

KY-MF-1 can help maintain the distribution of mica and other pearlescent additives in suitable formulations.

By supporting suspension stability, it can contribute to a more uniform visual appearance and help preserve decorative effects throughout the product.

KY-MF-1 – TECHNICAL SPECIFICATIONS
 

Product Name: KY-MF-1

INCI Name: Acrylates Copolymer

CAS Number: 25212-88-8

Product Type: Liquid Suspending Agent / Rheology Modifier

Chemical Class: Crosslinked Acrylic Copolymer

Physical Form: Liquid Emulsion

Appearance: White Emulsion

Odor: Slight

pH (5%): 5.0–6.0

Density (25°C): 1.03–1.07 g/mL

Solid Content: 30 ± 2%

Viscosity (25°C): 5–20 cP

Viscosity (1% Neutralized to pH 7, 25°C): <100 cP

Ethyl Acrylate Content: 1 ppm

Shelf Life: 24 Months

Packaging: 50 kg / 200 kg Plastic Drums

Specifications reflect the supplied product information. Finished-formulation viscosity depends on the complete ingredient system, pH, and processing conditions.
 

Acrylates Copolymer KY-MF-1 for clear personal care formulations, illustrated by a transparent cosmetic gel bottle with suspended white flowers, highlighting its suspending and stabilizing applications.

KY-MF-1 ACRYLATES COPOLYMER | APPLICATIONS

SHAMPOOS AND HAIR CLEANSING PRODUCTS
 

KY-MF-1 is particularly suitable for shampoos requiring viscosity control and suspension stabilization.

Typical applications include:
 

  • Clear shampoos

  • Shampoos containing decorative particles

  • Conditioning shampoos

  • Pearlescent shampoos

  • Surfactant-based hair cleansing formulations
     

Its suspending properties help maintain the distribution of compatible insoluble ingredients.
 

SHOWER GELS AND BODY WASHES
 

KY-MF-1 can be used in body cleansing products requiring controlled viscosity and stable suspension of decorative or functional particles.
 

Applications include:
 

  • Shower gels

  • Body washes

  • Exfoliating body cleansers

  • Transparent cleansing gels

  • Liquid soap formulations
     

FACIAL CLEANSING FORMULATIONS
 

KY-MF-1 can also be evaluated in facial cleansing products requiring viscosity adjustment and stabilization.

Its compatibility with common surfactant systems makes it relevant for clear facial wash gels and other surfactant-based cleansers.
 

KY-MF-1 – FORMULATION GUIDELINES

pH AND FORMULATION PERFORMANCE
 

ACRYLATES COPOLYMER is designed for surfactant-based systems operating at approximately pH 5.5 and above.

According to the supplied product information, its suspending properties are particularly effective in formulations below pH 8.
 

High-clarity cleansing products can be developed at approximately pH 7, depending on the surfactant system and other formulation ingredients.
 

The optimum pH should be established through formulation testing.
 

RECOMMENDED INCORPORATION SEQUENCE
 

For suitable surfactant-based formulations, KY-MF-1 is recommended to be incorporated before:
 

  1. Neutralization

  2. Fragrance addition

  3. Colorant addition

  4. Preservative addition

  5. Final viscosity adjustment
     

This sequence supports controlled polymer incorporation and subsequent formulation adjustment.
 

EXAMPLE SHAMPOO FORMULATION
 

The supplied product information includes the following illustrative formulation:
 

SLES 70%: 10.0%

Cocamide DEA: 1.7%

Cocamidopropyl Betaine: 5.8%

KY-MF-1: 7.0%

Water: Balance to 100%

pH Adjustment: KOH to pH 7.0

Reported Final Viscosity: 8,600 cP

This viscosity refers to the example formulation and should not be interpreted as the standalone viscosity specification of KY-MF-1.
 

KY-MF-1 – QUALITY AND IMPURITY SPECIFICATIONS
 

The supplied product information lists the following impurity limits:
 

Lead (Pb): ≤40 mg/kg

Arsenic (As): ≤10 mg/kg

Mercury (Hg): ≤1 mg/kg

Methanol (CH₃OH): ≤2,000 mg/kg
 

These values describe specified impurity limits and do not constitute a general safety certification for finished cosmetic products.
 

KY-MF-1 – TRANSPORTATION AND STORAGE
 

Store KY-MF-1 in its original, unopened packaging under suitable storage conditions.
 

Recommended Storage Temperature: 25°C
 

Shelf Life: 24 Months from the manufacturing date when stored in the original unopened container under the specified conditions.
 

Protect the product from contamination and unsuitable storage conditions.
 

Refer to the applicable Safety Data Sheet for detailed handling and storage instructions.

EDGEL AP-S2 – ALTERNATIVE LIQUID THICKENER & SUSPENDING AGENT

EDGEL AP-S2 is a liquid thickening and suspending agent from the ACTA Chemicals product portfolio, designed for formulations operating within a pH range of 4.5–6.5.
 

For manufacturers evaluating alternatives to KY-MF-1 Acrylates Copolymer, EDGEL AP-S2 offers another option for viscosity adjustment and suspension control in compatible formulations.
 

EDGEL AP-S2 – TECHNICAL SPECIFICATIONS
 

Product Name: EDGEL AP-S2

Product Type: Liquid Thickener / Suspending Agent

Physical Form: Liquid

Appearance: Milky

Ionic Character: Anionic

Charge Density: Low

Molecular Weight: Medium

Specific Gravity: 1.05

Non-Volatile Solids: 28–32%

pH: 2.5–3.5

Bulk Viscosity: 10–60 cP

Recommended Storage Temperature: 5–35°C

Shelf Life: 12 Months

EDGEL AP-S2 anionic liquid rheology modifier and suspending agent – technical specifications showing physical form, ionic character, solids content, pH, viscosity, storage temperature and shelf life.

PRODUCT INQUIRIES

 
 

ACTA Chemicals supplies EDGEL AP-S2 ACRYLATES COPOLYMER for manufacturers seeking liquid thickening and suspending agents. For technical documentation, product specifications, pricing, or bulk supply inquiries, please contact our team using the form below

OTHER PRODUCTS

+90 212 296 99 65

SNF Water Science
KIYU New Materials
  • Youtube
  • LinkedIn

©2026 by actachem

Neostar
bottom of page