# CP-98 Rheological Additive for High Polarity Systems: Compatibility Guide | Camp-Shinning

Although CP-98 is designed for low to medium polarity solvent-based coatings, it can also perform in selected **high polarity systems** depending on solvent blend, resin choice, and dispersion method. This compatibility guide from Camp-Shinning outlines practical considerations for formulators evaluating CP-98 in higher polarity formulations.

## Understanding Polarity and Organoclay Performance
– Solvent polarity impacts wetting and gel development
– Resin polarity affects interaction and viscosity response
– Activator choice and processing sequence influence performance
– Compatibility should be verified through formulation trials

## Compatibility Factors to Review
### Solvent Blend
– Identify overall polarity and aromatic/aliphatic ratio
– Confirm whether co-solvents improve organoclay wetting
– Check evaporation rate influence on leveling and open time

### Resin System
– Evaluate polarity, solids content, and functional groups
– Confirm stability and clarity in the finished film
– Check for interaction effects that alter viscosity profile

### Dispersion and Activation
– Use sufficient shear to develop structure
– Confirm activation method suitable for the system
– Avoid entrained air and incomplete dispersion that can cause haze

## Typical High Polarity Use Cases
– Specialty solvent coatings with polar co-solvents
– Industrial coatings with mixed solvent systems
– Transparent coatings requiring careful haze control
– Ink systems that require controlled viscosity at multiple shear rates

## FAQ

### Is CP-98 designed for high polarity systems?
It is designed for low to medium polarity solvent systems, but it can be evaluated in some higher polarity blends with proper formulation and dispersion.

### What is the biggest risk when using organoclay in high polarity coatings?
Incomplete dispersion and compatibility issues may cause haze or unstable viscosity; testing is recommended.

### How can I improve compatibility in a polar system?
Adjust solvent blend, optimize dispersion shear, and confirm activation method to improve structure and clarity.

### Can Camp-Shinning help with compatibility testing?
Yes. Sharing solvent blend and resin details helps provide guidance for evaluation and trial planning.

## Related Long-Tail Keywords
– high polarity solvent organoclay compatibility guide
– organoclay rheology additive for polar coatings
– CP-98 compatibility in mixed solvent systems
– dispersion tips for organoclay in polar resins
– organoclay haze control in transparent coatings