CDEA 6501 Cocamide DEA Foam Booster and Thickener

CDEA 6501 for Foam and Viscosity Development

YARUN CDEA 6501, also known as Cocamide DEA or Coconut Diethanolamide, is a 1:1 type nonionic co-surfactant used in detergent, dishwashing, personal care and industrial cleaning formulations.

It is primarily selected to support foam stability, viscosity development, wetting and surfactant-system compatibility. CDEA 6501 can be combined with SLES, LABSA, AOS, SLS and other suitable surfactants according to the target application.

Foam Stabilization · Viscosity Support · Surfactant Compatibility

Final performance depends on the complete formulation, surfactant ratio, pH, electrolyte level, processing temperature and approved application testing.

Why Choose CDEA 6501?

Foam Boosting and Stabilization

When incorporated into a properly balanced surfactant system, CDEA 6501 can support foam volume, foam texture and foam stability in liquid detergent, dishwashing and cleansing formulations.

Viscosity-Building Support

CDEA 6501 is commonly used to support viscosity development in selected anionic surfactant systems. The actual thickening response depends on the primary surfactants, salt level, pH and processing conditions.

Compatible with Common Surfactants

As a nonionic co-surfactant, CDEA can be combined with suitable anionic and amphoteric surfactants to develop different cleaning, foam and viscosity profiles.

Multiple Cleaning Applications

CDEA 6501 can support household cleaning, personal care and industrial cleaning projects, allowing manufacturers and distributors to use one co-surfactant across several formulation categories.

Recommended Applications

• Liquid laundry detergent
• Dishwashing liquid
• Liquid soap and hand wash
• Shampoo and body wash where permitted
• Household surface cleaners
• Car wash shampoo
• Industrial and institutional cleaners
• Textile and selected process-cleaning formulations

Application suitability, addition level and regulatory acceptance must be confirmed according to the complete formulation and destination-market requirements.

CDEA 6501 in Surfactant Formulations

CDEA 6501 with SLES 70%

CDEA 6501 can be combined with SLES 70% in liquid detergent, dishwashing, hand wash and selected personal care formulations. SLES provides the primary cleansing and foaming function, while CDEA supports foam stability and viscosity development.

CDEA 6501 with LABSA 96%

In properly neutralized detergent systems, CDEA can be evaluated with LABSA 96% to support foam and viscosity in cost-balanced household or industrial cleaning formulations.

CDEA 6501 with AOS or SLS

CDEA can also be evaluated with AOS or SLS where formulators require additional foam stabilization, wetting or viscosity support.

CDEA 6501 with CAPB 35%

CDEA and CAPB 35% perform different formulation roles. CDEA is primarily selected for foam stabilization and viscosity support, while CAPB is an amphoteric co-surfactant used to balance foam quality, compatibility and formulation mildness.

The correct surfactant combination must be determined according to application, target viscosity, pH, electrolyte level, cost target and finished-product testing.

Typical Quality Profile

• Commercial grade: CDEA 6501 1:1 type
• Appearance: Yellow viscous liquid
• Amide content: ≥77%
• Amine value: ≤30 mgKOH/g
• pH value: 9.5–10.5
• Color: ≤500 Hazen

The values above represent the planned standard commercial grade. Final specifications, test methods and acceptance limits must follow the approved product specification and batch Certificate of Analysis.

Quality and Compliance Considerations

Buyers can request the available product specification, Certificate of Analysis, Safety Data Sheet and packaging information before commercial confirmation.

For personal care and consumer-product applications, buyers must evaluate free amine, formulation compatibility, potential nitrosamine-related requirements and other applicable regulatory limits according to the destination market.

CDEA 6501 should not be combined with incompatible ingredients or used to support finished-product safety claims without appropriate formulation review and testing.

Packaging and Storage

• Standard packaging: 200kg HDPE drum
• Alternative packaging: IBC tank subject to order confirmation
• Keep the original container tightly closed
• Store in a cool, dry and well-ventilated place
• Protect from direct sunlight, excessive heat and moisture
• Follow the SDS when handling and processing the material
• Recommended shelf life: 24 months in the original unopened packaging under specified storage conditions

Packaging availability, net weight and container-loading quantity must be confirmed before quotation.

Frequently Asked Questions

1. CDEA 6501 1:1 vs 1:1.5: What Is the Difference?

The 1:1 type generally provides higher amide content and a lower amine value, making it suitable for projects requiring more controlled quality and stronger formulation performance. The 1:1.5 type is usually selected for more cost-sensitive applications.

2. CDEA vs CAPB: Which Should I Use?

Choose CDEA mainly for foam stabilization and viscosity support. Choose CAPB for amphoteric compatibility, foam-quality adjustment and milder surfactant positioning. Some formulations may use both after compatibility testing.

3. What Products Can CDEA 6501 Be Used In?

It is commonly evaluated in liquid detergent, dishwashing liquid, liquid soap, shampoo, hand wash, car wash products and industrial cleaning formulations.

4. Can CDEA 6501 Be Combined with SLES, LABSA, AOS or SLS?

Yes. It can be used as a co-surfactant with these materials, but the correct ratio depends on the primary surfactant, pH, salt level, target viscosity and application requirements.

5. Does CDEA Automatically Thicken Every Detergent Formula?

No. Thickening response depends on the complete surfactant system, concentration, salt curve, pH and processing conditions. Laboratory testing is required.

6. What Addition Level Should Formulators Start With?

CDEA is often evaluated within a preliminary range of approximately 1–5%, but the final amount must be determined through formula testing and applicable regulatory review.

7. How Should Buyers Evaluate CDEA Before a Bulk Order?

Buyers should confirm the required grade, application, amide content, amine value, pH, color, packaging and destination requirements before requesting a sample and batch documentation.

Request CDEA 6501 Samples and Pricing

Contact YARUN with your application, required grade, target specification, packaging, destination port and estimated order quantity.

Request a CDEA 6501 sample, COA, SDS and export quotation for your detergent or cleaning formulation.