# CP-98 Rheology Additive for Consistent Batch-to-Batch Performance | Camp-Shinning

Batch consistency is essential for coating producers who need predictable viscosity, stable application feel, and uniform product quality. Camp-Shinning supplies **CP-98 organoclay rheology additive** designed to develop repeatable rheological performance in low to medium polarity solvent systems, helping reduce variability between batches.

## Why Batch Variability Happens
– Differences in dispersion energy and mixing sequence
– Variation in solvent composition or resin lots
– Pigment and filler variability affecting structure
– Inconsistent activation leading to different gel development

## How CP-98 Helps Improve Consistency
CP-98 can:
– Provide stable low-shear structure for repeatable suspension behavior
– Improve mid-shear viscosity control for consistent application
– Reduce settling differences that affect color and gloss
– Support predictable sag resistance and leveling balance

## Best Practices for Repeatable Results
– Use a consistent dispersion method and shear profile
– Control solvent polarity and temperature during processing
– Maintain stable addition order for pigments and additives
– Confirm viscosity across shear rates, not only one measurement point

## Where Consistency Matters Most
– Large-scale architectural paint production
– Industrial coating plants with tight quality specs
– Printing inks requiring stable transfer properties
– Export products requiring long storage and shipping cycles

## FAQ

### Can CP-98 reduce viscosity variation between batches?
It can help by providing consistent rheological response when dispersion and formulation conditions are controlled.

### Is CP-98 suitable for production-scale coating plants?
Yes. It is designed for industrial-scale use and supports repeatable rheology development.

### Does it help with settling differences during storage?
Yes. Better low-shear structure improves suspension stability, reducing settling variability.

### What information helps optimize consistency?
Mixing process details, solvent blend, resin type, and viscosity targets are the key inputs.

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