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Rhodoline® Specialty Coatings Additives

Rhodoline® 7500

Enhance the performance of your waterborne coatings with our extensive portfolio of high performance additives

APE-free polymeric dispersant for strong color and storage stability

Rhodoline® 7500 is an APE-free, low-VOC polymeric dispersant designed for a wide range of pigments used in waterborne architectural universal colorants and waterborne industrial in-plant tinters. It supports the development of reliable, high-performance colorants while helping to simplify formulations and manage costs. By enabling high pigment loading, improved color acceptance and excellent pigment stability, Rhodoline® 7500 performs consistently across a broad range of waterborne paints, coatings and inks.    

Key Features:
- APE-free & Low-VOC 
- Universal wetting & dispersing chemistry
- Compatible with broad pigment & resin range 
- TSCA and DSL listed

Differentiated performance in waterborne pigment dispersions and universal colorants

Benefits in waterborne pigment dispersions

1. Excellent viscosity control at high pigment loadings 
Rhodoline® 7500 helps formulations maintain low viscosity even at high pigment concentrations, making them easier to handle and process.

2. Efficient dispersion with reduced milling time 
Rhodoline® 7500 delivers excellent dispersing efficiency, which can help reduce milling time while supporting strong and consistent color development.

3. Reliable, long-term dispersion stability 
With Rhodoline® 7500, dispersions remain stable over time, maintaining consistent performance during storage and use, and providing peace of mind.

4. Improved color acceptance
Rhodoline® 7500 supports better color acceptance across different systems, which can make it easier to move from pigment concentrates to universal colorants and achieve consistent tinting results. 

7500 for solvent based alkyds


Benefits in waterborne universal colorants

1. Simplified wetting and dispersing package 
Rhodoline® 7500 can reduce the need for multiple additives by combining wetting, dispersing and compatibility functions in one product, helping reduce formulation complexity and costs.  

2. Consistent viscosity across pigment types
Maintain consistent, easy-to-use colorants with Rhodoline® 7500, which ensures excellent viscosity stability across a wide range of pigment chemistries.

3. Minimal impact on final paint properties 
Rhodoline® 7500 is designed to have minimal effect on the appearance and performance of the final paint, helping preserve key properties of the system.

7500 for universal colorant

Typical application areas

  1. Architectural coatings
    - Highly pigmented concentrates
    - Universal colorants
    - Waterborne paints
  2. Industrial coatings
    - In-plant tinters
    - General Industrial, Wood, Automotive, Can, Coil, Protective and Marine applications
  3. Printing inks
  4. Adhesives & sealants

FAQs

  • What is Rhodoline® 7500?

Rhodoline® 7500 is an APE-free, low-VOC polymeric dispersant for pigments used in waterborne architectural universal colorants and waterborne industrial in-plant tinters.

  • What does Rhodoline® 7500 help improve in waterborne coatings?

It enables high pigment loading, improves color acceptance and provides excellent pigment stability in waterborne paints and coatings. 

  • Where are waterborne pigment dispersions with Rhodoline® 7500 typically used?

They can be used in waterborne paints, coatings, inks and decorative alkyds, as well as in universal colorant lines. 

  • Is Rhodoline® 7500 suitable for concentrated pigment dispersions?

Yes. It is suitable for concentrated pigment dispersions and for building complete universal colorant lines.

  • Can polymeric dispersants be used in universal colorants and tinting systems?

Yes. Rhodoline® 7500 is designed for universal colorants and in-plant tinters, including use in concentrated pigment dispersions.

  • What dispersant should be used for transparent iron oxides in water?  

Rhodoline® 7500 effectively disperses and stabilizes transparent iron oxide pigments by preventing particle agglomeration through electrosteric stabilization, ensuring uniform pigment distribution and long-term dispersion stability in the final product.

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