Alfa Laval's Centrifugal

Alfa Laval centrifugal pumps are the benchmark for quality CIP and hygienic pumps. The standard models are built for general product transfer duties or pumps for evaporation, high-pressure, self-priming, CIP return, and high-purity duties.

Designed to deliver optimum performance, these pumps ensure high efficiency, more uptime, gentle product handling, energy savings, easy maintenance, and low total cost of ownership.

Features & Benefits

Know more about the features & benefits of using Alfa Laval's Centrifugal.

Designed for CIP (cleaning-in-place)
Unique semi-open impeller with a special vane design
Low life-cycle costs and long service life.
Exceptional levels of hygiene with EHEDG and 3-A certification
External shaft seal prevents contact between product and components
Front-loading design, easy seal conversion

Available Options

We customise pumps according to your specific application. Get in touch with us to know your options.

Key Specifications

Here are the key specifications of Alfa Laval's Centrifugal.

LKH

13 sizes
Flow rates up to 500 m3/h
Differential pressures up to 1.1 MPa

LKH EVAP

13 sizes
Capacities up to 500 m3/h
Pressure head up to 190 m

LKH MULTISTAGE

Capacities up to 70 m3/h
Pressure head up to 190 m

LKH PRIME

Capacities of up to 110 m3/h
Pressure head up to 115 m

Applications

Here is a list of industrial applications for which Alfa Laval's Centrifugal are commonly utilized.

Bacterial and fungus processing
Beverage processing
Biofuel
Biotechnology
Blood Plasma processing
Dairy processing
Food processing
Home care
Personal care
Pharmaceutical
Plant and animal extract production

LKH

LKH EVAP

LKH MULTISTAGE

LKH PRIME

OUR RANGE OF AVAILABLE Alfa Laval's Centrifugal

Principle of Operation

In Alfa Laval centrifugal pumps and multi-stage designs, fluid first enters through the impeller eye. It is then forced into a circular movement by rotating impeller vanes. These rotating impeller vanes transfer mechanical work to the fluid in the impeller channel. The fluid is then pressed out of the impeller by formed centrifugal force and finally leaves the impeller channel with increased pressure and velocity. The velocity of the fluid is also partly converted into pressure by the pump casing before it leaves the pump through the outlet.

Talk to Experts

LKH

LKH EVAP

LKH MULTISTAGE

LKH PRIME