Sanitary emulsification pump

An inline sanitary emulsification pump engineered for high-speed homogenization and short-distance product transfer. The HEP1 series combines a double-layer rotor/stator arrangement with robust material processing to deliver consistent emulsifying performance and extended service life in sanitary processing lines.

Key features

• Double-layer stator and double-layer rotor assembly for improved emulsification throughput.
• Rotor and pump cavity components are forged and stress-relieved to improve toughness, wear resistance and longevity.
• Rotor drive shaft constructed from high-strength composite material.
• Wetted parts typically manufactured in stainless steel (304 or 316L) to meet sanitary requirements.
• Water-cooled, double-end mechanical seal for reliable sealing and temperature control at the shaft seal.
• Pump shaft supported in a bearing box with double bearing supports to minimise shaft vibration and extend bearing life.
• Motor-coupled via standard coupling for straightforward integration into existing drives.

How it works

The pump draws product into the inlet where the rotor-stator assembly provides homogenization and emulsification. Centrifugal action produced by the rotor then conveys the processed material to the outlet. The design is intended for applications that require high processing speed and moderate emulsification fineness.

Applications and integration

• Designed for inline, short-distance conveying and pre-emulsification tasks.
• Commonly used in processing lines where speed and sanitary construction are priorities; typically paired with a vertical high-shear homogenizing emulsifier to achieve finer, more uniform emulsions.

Benefits

• Robust construction lowers downtime and replacement frequency.
• Stainless wetted parts support hygienic cleaning and compliance with sanitary production.
• Double mechanical sealing and dual-bearing support improve operational reliability.
• Simple motor coupling enables easy retrofit into existing process systems.

For technical selection, confirm desired flow rate, differential pressure, shaft speed, and materials of construction (304 vs. 316L) to ensure compatibility with your product and CIP/SIP procedures.