ClearSol CIP PreBatch 20+

ClearSol CIP PreBatch is a formulated, very low foaming surfactant & hard water control additive which is readily soluble in 50% Caustic Soda solutions without the need for prolonged mixing or heating. This new, innovative technology exhibits the following attributes when formulated into a caustic-based cleaner:

  • Extremely low surface tensions of 18 dynes/cm or lower depending on formulation. Provides the lowest known surface tension properties from a commercially available surfactant system to 50% Caustic Soda solutions and their use dilutions.
  • Controls hard water even in high-temperature cleaning applications.
  • Extremely low foam properties making this product suitable for many industrial cleaning processes.
  • Can reduce either the NaOH consumption or the cleaning cycle time by as much as 50%.
  • Light color with minimal odor.
  • Applications include food, brewery, draft beer lines, dairy, poultry, egg, car & truck, strong caustic or acidic cleaners. Also includes paint and coating strippers, oil field and pulp & paper applications.

Learn About Our Technology

Caustic Soda and the Chemistry Behind Cleaning

Caustic Soda and the Chemistry Behind Cleaning

A review of how liquid caustic soda interacts with various chelators, scale inhibitors, dispersants, and surfactants. This article will explain why the various additive packages work and takes into account new breakthroughs in surfactant technology.

Caustic Soda Additives: Surfactants

Caustic Soda Additives: Surfactants

Surfactants are known as “surface active agents.” They have the ability to reduce surface tension which will allow better rinsing. For this reason, they are also known as “wetting agents.”

Caustic Soda Additives: Scale Inhibitors & Dispersants

Caustic Soda Additives: Scale Inhibitors & Dispersants

Phosphonates have valuable properties other than strictly sequestering power and are sometimes the agents of choice because of these properties. They have the ability to deflocculate and suspend water insoluble materials in colloidal form and prevent re-deposition of...