Orevia Engineering Pvt. Ltd. manufactures reliable Piston Type Metering Dosing Pumps in Ahmedabad for applications requiring accurate and controlled liquid dosing. As a Piston Type Metering Dosing Pumps Manufacturer in Ahmedabad, the company provides positive displacement pumps designed for consistent chemical and process-liquid delivery, including demanding industrial applications.
How Piston Type Metering Dosing Pumps Work
A piston reciprocates inside a sealed chamber to create controlled suction and discharge strokes. During suction, liquid enters through the inlet valve, while the forward stroke pushes a measured quantity through the outlet. As a Piston Type Metering Dosing Pumps Supplier in Gujarat, Orevia Engineering offers solutions where flow accuracy and pressure capability are important.
Key Benefits & Applications
These Piston Type Metering Dosing Pumps provide repeatable dosing, adjustable capacity, robust construction, and suitability for high-pressure processes. A Piston Type Metering Dosing Pumps Manufacturer in Ahmedabad can provide pumps for:
· Water and wastewater treatment
· Chemical processing
· Polymer and coagulant dosing
· Chlorination systems
· Oil and gas applications
· Corrosion inhibitor injection
· High-pressure chemical dosing
· Industrial process control
As a Piston Type Metering Dosing Pumps Distributor in India, Orevia Engineering can supply solutions selected according to flow rate, pressure, liquid properties, temperature, viscosity, and application requirements.
Need precise industrial dosing? Contact Orevia Engineering Pvt. Ltd. for the right piston metering pump for your application.
FAQs
1. What are piston type metering dosing pumps used for?
They are used for accurately dosing chemicals, additives, and process liquids in water treatment, chemical processing, oil and gas, and other industries.
2. How is the dosing flow controlled?
Flow can generally be adjusted through piston stroke length, operating speed, or a suitable control arrangement.
3. What factors should be considered when selecting a pump?
Consider required flow rate, discharge pressure, liquid compatibility, viscosity, temperature, dosing accuracy, and operating conditions.
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