Pumps are the backbone of the industries. Several industries
require hefty and strong pumps to cater to a range of pumping
applications. Progressive Cavity Pumps
are used in various industries which cater to multitude of applications.
Being one of the High-Pressure Progressive Cavity Pump
manufacturers, Roto Pumps provide versatile pumps that are curated for abrasion
resistance in large pumping procedures. These Progressive Cavity Pumps are
highly efficient as they can handle a variety of viscous fluids with ease. These
robust pumps can be customized keeping in view the viscosity and chemical
properties of the liquids. The Progressive Cavity Pumps consist of an external
helix metallic rotor and a double helix elastomer stator. As the rotor moves
along the stator it creates cavities. These cavities carry the liquid from the
suction end to the discharge end. Roto's Progressive Cavity pumps are specially
designed to cater to several industries such as dairy, beverages, wine,
distillery, meat, paper and pharmaceuticals to name a few.
The pumps for the dairy
industry transfer a large variety of liquids from one location to another.
The liquids are forced through pipes in the pumps that have different types of
valves, filters and other technical equipment connected to them. These highly
efficient pumps require less cleaning and maintenance. These pumps efficiently
handle liquids such as milk, curd, cheese, mayonnaise, shakes, etc.
The pumps for the meat
industry consist of metal bonded aseptic food-grade stator that is
resistant to oil and fats. These pumps can handle fluids with low lubricating
value. These food and beverage pumps are available in close-coupled and bare
shaft configurations.
The RM, RL, RD series form the part of pumps for the paper
industry. As the raw material to be transferred is tough and challenging, these
Progressive Cavity Pumps are designed for tough-to-handle liquids.
On a concluding note, Roto Pumps are sturdy, durable and
highly efficient and are known to maintain high standards of hygiene and
safety.
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