Gentle mixing for uniformity, suspension, and temperature control
High Shear In‑Tank Emulsifier delivers powerful mechanical shear directly inside the process vessel—breaking down agglomerates, emulsifying immiscible liquids, and creating stable, repeatable batches. Designed for applications that demand aggressive mixing, this emulsifier integrates seamlessly into HaF‑engineered liquid and powder‑into‑liquid systems to improve product quality while maintaining full batch control.
Unlike low‑shear agitators that maintain uniformity, a high‑shear in‑tank is designed to force ingredients together, making it ideal for challenging formulations where dispersion, hydration, or emulsification is critical to final product performance.
Low shear agitators create smooth, predictable flow patterns that maintain uniformity without damaging delicate ingredients or altering product structure. This makes them ideal for processes where maintaining consistency is more important than aggressive dispersion.
Mounted directly in the vessel, the agitator mixes throughout the batch volume, helping prevent settling, stratification, or hot and cold zones during processing or holding.
HaF low shear agitators are designed with sanitary principles in mind to support cleanability and integration into CIP‑ready liquid systems used in food‑grade and hygienic environments.
Rather than treating agitation as an isolated function, HaF utilizes low shear agitators to integrate seamlessly with upstream and downstream equipment, including liquid tanks, batching systems, and automated controls.
A low shear in‑tank agitator is often used in combination with other HaF mixing and liquid handling technologies. In many processes, high shear equipment is used only where necessary—such as for powder wet‑out or emulsification—while low‑shear agitation maintains uniformity before, during, or after those steps.
This approach allows HaF to apply the right level of energy at each stage of the process, improving product quality while reducing unnecessary shear, energy use, and mechanical stress.