Centrifugal pumps

Alfa Laval centrifugal pumps raise product quality and process productivity for hygienic applications. Choose standard pumps for general product transfer duties or pumps for evaporation, high-pressure, self-priming, CIP return, and high-purity duties. Built to perform, these pumps ensure high efficiency, more uptime, gentle product handling, energy savings, easy maintenance, and low total cost of ownership.

阿法拉伐高效离心泵系列-Alfa Laval Centrifugal Pumps LKH pump range

Robust, reliable hygienic centrifugal pump for gentle and efficient product transfer

Low life-cycle costs due to energy-efficient operation, easy cleanability, simple maintenance and long service life

Exceptional levels of hygiene with EHEDG and 3-A certification or compliance with current GMP regulations to minimize contamination risks

Robust, reliable stainless steel design ensures continuous operation and more uptime

Simple maintenance thanks to front-loading design, easy seal conversion, and quick wear parts replacement

High-purity UltraPure pumps backed by Alfa Laval Q-doc documentation package for full material traceability.

Maximize overall pump efficiency of your hygienic processes with Alfa Laval centrifugal pumps. From basic transport duties to high-purity product transfer, these sanitary centrifugal pumps reduce total cost of ownership across the dairy, food, beverage, home-personal care, and biotech and pharmaceutical industries.

LKH pump

Demanding duties

Evaporation duties

High-pressure duties

Self-priming duties

CIP return duties

Duties with entrained air

SolidC pump

Basic duties

Intermittent product pumping

CIP transfer duties

LKH and SolidC UltraPure pumps

High-purity duties

How does a Centrifugal pump work?

The centrifugal pump impeller, which may be a semi open impeller or another design depending on the application, is mounted on a shaft driven by an electric motor. As it rotates, this essential part of industrial centrifugal pumps transfers energy to the liquid, thereby increasing pressure. The increase in pressure is due to the centrifugal force generated, a principle common to various types of centrifugal pumps, which subsequently increases the kinetic energy of the liquid.