Backed by our rich expertise in this domain, we can present a high-quality range of Rotary Gear Pumps. These pumps are widely used for transferring viscous liquids with precision, offering reliable flow and compact structure for a wide range of industrial tasks.
Rotary Gear Pumps are positive displacement units that transfer a fixed volume of liquid with each rotation. They operate using two gears—driving and driven—that create suction to pull in fluid and push it through the discharge outlet. The compact, leak-resistant design makes them suitable for confined spaces.
One of the major benefits of a rotary gear pump is its ability to deliver a smooth, steady, and pulsation-free flow. This is particularly important when handling high-viscosity liquids like oils, syrups, resins, paints, or adhesives, where precision is key to maintaining process quality.
These pumps are ideal for transferring thick, non-abrasive liquids. They work effectively with lubricating oils, vegetable oils, molasses, bitumen, lube oil, fuel oil, and even mild chemicals. Their tolerance for viscous materials makes them reliable for many plant and processing industries.
Rotary Gear Pumps are self-priming by nature. They can lift liquid from a lower level to pump it upwards without the need for external priming. This feature is particularly useful in industrial tanks, drum emptying systems, and underground fluid reservoirs.
These pumps are manufactured using hardened gears, high-precision shafts, and leak-proof mechanical seals. Most models include bush bearings and pressure relief valves for added protection. The result is low wear-and-tear, extended operational life, and minimal servicing needs.
Clients can choose from different mounting styles like baseplate, flange-mounted, or foot-mounted pumps. Rotary gear pumps are also available in cast iron, stainless steel, or bronze bodies, depending on the fluid compatibility and industry standard requirements.
Rotary Gear Pumps are widely used in commercial and industrial applications, including oil refineries, food processing units, chemical plants, ink and paint manufacturing, textile industries, and pharmaceutical blending operations. Their reliability and precision make them indispensable in flow-based systems.