3KW Pipeline 3-Stage Emulsifying Pump with Heating Jacket for High Viscosity Transfer

Built for Viscous Product Lines That Can\’t Slow Down

Thick sauces, gels, and high-solid emulsions are hard on any pump. Once viscosity climbs, batch tanks turn into bottlenecks: dead zones form near the jacket wall, powders clump before they wet out, and operators end up running long recirculation cycles just to reach a stable texture. The 3KW pipeline three-stage emulsifying pump was designed around that problem. We build it to sit directly in the line or in a recirculation loop, so the rotor-stator works on the product while it moves — not after it has already set up in the tank.

How the Three-Stage Head Changes the Process

Product enters the working chamber and passes three successive rotor-stator stages. Each stage shears the material at a different intensity and clearance, which gives you a more controlled particle size reduction across the whole stream instead of a single hard hit. In practice, that means better droplet distribution in oil-and-water systems, faster wet-out of gums and stabilizers, and fewer visible agglomerates in the finished batch.

The heating jacket is not an accessory we bolted on. High-viscosity products often need to stay warm enough to remain pumpable, and jacket heating keeps viscosity in a workable range through the pump body. For fats, waxes, and gel concentrates, that can be the difference between a clean transfer and a plugged line.

Why Inline Rather Than Batch

Inline mixing lets you add powders or the dispersed phase directly into a flowing stream, which reduces dusting, cuts manual labor, and eliminates the need to open the tank mid-process. It also fits existing skids and recirculation loops with minimal footprint. Not every formulation benefits from inline processing — very high-solid pastes may still need a batch approach — but for pumpable emulsions and dispersions, inline shear usually shortens cycle time and improves batch-to-batch repeatability.

The wetted parts are stainless steel, with mechanical seals and elastomer options selected against your product chemistry. Motors can be specified for your local voltage and frequency, and VFD control is available where you need to tune tip speed for shear-sensitive ingredients.

Where This Pump Fits

Food and beverage plants use it for dressings, mayonnaise, syrups, liquid flavorings, dairy blends, and starch or gum dispersion. Cosmetics and personal care producers run creams, lotions, shampoos, and liquid detergents through it. Pharmaceutical manufacturers apply it to liquid formulations and excipient dispersion where the materials of construction and seal choice suit the process. Chemical producers use it for coatings, adhesives, waterborne systems, and compatible emulsions.

One configuration will not handle every formulation. Abrasive fillers, aggressive solvents, and very high-solids products each call for different seals, clearances, and motor sizing.

Common Questions We Get

What flow rate can it handle? That depends on viscosity, discharge pressure, and the head configuration. Send us your product data and we\’ll match the pump.

Can it run continuously? Yes, in a properly designed loop with adequate cooling and seal support.

Is the jacket required? Only if your product needs temperature control to stay pumpable or to protect heat-sensitive ingredients.

Can we change the connections? Tri-clamp, DIN, and flanged options are available.

What about cleaning? The design supports CIP when specified with the right seal and surface finish.

Let\’s Spec It Right

To recommend the correct unit, we need your batch size, viscosity range, solids content, target particle size, required flow rate, motor power, and local electrical specifications. Send those details and our team will come back with a configuration and quote.