Gear Pumps
$1.00
Jaz Pumps is a leading Gear Pumps Manufacturer in India, known for manufacturing and exporting high-quality gear pumps that meet international standards. Our gear pumps are widely used across industries such as chemicals, plastics, crude oil, paints, resins, and food processing, where efficient handling of viscous and semi-viscous fluids is essential.
We manufacture premium-grade gear pumps using tested, superior-quality raw materials in a clean and controlled environment to ensure durability and precision performance. Designed for smooth, pulse-free flow and high efficiency, our pumps provide consistent output, low maintenance, and long service life even under continuous operation. Their robust construction allows them to handle demanding industrial conditions with reliability and safety.
Serving both large-scale and small-scale industries, Jaz Pumps delivers dependable pumping solutions backed by strict quality control, performance testing, and strong customer support, ensuring excellent value and long-term satisfaction.
Description
Design & Working Principle
Gear Pumps operate on the positive displacement principle using a rotor and idler gear assembly housed within a precisely machined casing. A crescent-shaped component separates the inner and outer gears. As the rotor gear drives the idler gear, cavities are formed between the gear teeth, allowing fluid to be trapped, carried around the casing, and discharged smoothly at the outlet.
The efficiency of a gear pump increases with fluid viscosity, making it highly suitable for pumping oils, bitumen, fats, syrups, cocoa, resins, chocolate, paints, and similar viscous materials. Due to fine gear tolerances, these pumps provide excellent suction capability, smooth non-pulsating flow, and consistent discharge performance.
Key Features & Advantages
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Robust construction with tough and seamless finishing
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Excellent suction and delivery performance
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Suitable for viscous and semi-viscous fluids
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Soft, non-pulsating flow for shear-sensitive applications
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Flow rate directly proportional to speed, independent of pressure
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High operational control and reliability
