A dosing pump becomes important when a process needs a controlled quantity of chemical or liquid rather than simple bulk transfer. We manufacture Dosing Pumps for industrial chemical feeding and metering duties where the pump has to work according to defined process requirements. Instead of treating every application in the same way, we consider the available fluid data, required dosing capacity, operating pressure and process conditions before working on the pump requirement.
Our range covers different pumping principles because one design can't be practical for every fluid or dosing duty. We offer Electronic Metering Pumps, Plunger Pumps, Hydraulically Operated Diaphragm Pumps, Mechanically Actuated Diaphragm Pumps and Progressive Cavity Screw Pumps. This range allows customers, plant engineers and project teams to consider a suitable pumping method according to the application rather than selecting only by pump size.
Electronic metering pumps provide an option for controlled metering requirements. Plunger pumps use a reciprocating plunger arrangement, while our diaphragm pump range includes both hydraulically operated and mechanically actuated designs. Progressive cavity screw pumps provide another pumping principle for duties where that operating method is required. Final pump selection depends on the actual service conditions and available process information.
With more than two decades of experience in dosing, metering, mixing and chemical injection equipment, we've worked with requirements ranging from individual dosing equipment to larger engineered process systems. This practical exposure helps us look beyond the product name and understand what information is needed before a dosing pump is selected.
Technical values differ from one pump model and application to another, so we don't publish assumed capacity, pressure or material figures. The following information helps us understand and review a dosing pump requirement.
| Technical Parameter | Information Required |
|---|---|
| Pump Type | Electronic metering, plunger, hydraulic diaphragm, mechanical diaphragm or progressive cavity screw |
| Liquid / Chemical | Name and available details of the fluid to be dosed |
| Required Capacity | Required dosing or flow rate |
| Operating Pressure | Required discharge or process pressure |
| Fluid Temperature | Normal and available operating temperature details |
| Viscosity | Fluid viscosity where relevant to pump selection |
| Fluid Characteristics | Available chemical and physical properties of the liquid |
| Operating Duty | Required process and operating details |
| Installation Details | Available information about the proposed installation and process connection |
Our dosing pumps are considered for industrial processes that require controlled chemical or liquid addition. Typical requirements may include chemical and petrochemical processing, oil & gas operations, water and wastewater treatment, pharmaceutical processing, food and beverage production, dairy processing, power and FGD processes, fertilizer plants, mining and mineral processing, distillery and fermentation, biogas plants, and pulp & paper processing. The actual suitability of a pump depends on the fluid, duty and operating conditions of the application.
Share the chemical or liquid details, required dosing capacity, operating pressure, temperature, viscosity and available process information with us. We can review these details and discuss a suitable Dosing Pump option from our available range for your application.
A dosing pump is used to feed a controlled quantity of chemical or process liquid into a system. It works by moving liquid at a required flow rate based on the process conditions. Dosing pumps are commonly used where chemical quantity and feeding control are important.
We manufacture Electronic Metering Pumps, Plunger Pumps, Hydraulically Operated Diaphragm Pumps, Mechanically Actuated Diaphragm Pumps and Progressive Cavity Screw Pumps. Each pump type has a different operating arrangement, and selection depends on the liquid, flow rate, pressure and process duty.
Our dosing pumps are suitable for various industrial requirements, including water and wastewater treatment, chemical processing, oil and gas, pharmaceuticals, power plants, fertilizer production and other process industries. The pump type is selected according to the specific application.
Start with the chemical or liquid being handled, required dosing capacity, discharge pressure, temperature, viscosity and operating hours. We review these details to help identify a suitable pump type and configuration for the process.
A plunger pump uses a reciprocating plunger to move liquid, while a diaphragm pump uses a flexible diaphragm to create pumping action. Diaphragm pumps provide separation between the pumped liquid and the driving mechanism. The right choice depends on chemical compatibility, pressure, flow and operating conditions.
Yes, dosing pumps can be selected for different chemicals and process liquids. However, chemical compatibility must be checked before selection. The concentration, temperature, fluid characteristics and materials in contact with the liquid are important factors.
We generally need the chemical name, concentration, required flow rate, operating pressure, liquid temperature, viscosity, operating duty and installation details. Sharing complete process information helps us review the requirement and suggest an appropriate configuration.
We offer different dosing pump technologies, including Plunger Pumps and Hydraulically Operated Diaphragm Pumps, which may be considered for higher-pressure duties. The suitable operating pressure depends on the selected model and its technical configuration.
An electronic dosing pump uses an electronically controlled operating arrangement, while a mechanically actuated diaphragm pump uses a mechanical drive to move the diaphragm. Their selection depends on the required dosing control, capacity, pressure and application.
Dosing pumps may be selected for continuous or intermittent operation, depending on the pump design and process requirement. We consider operating hours, fluid characteristics and duty conditions when reviewing a pump enquiry.
Maintenance depends on the pump type, liquid handled and operating conditions. Common checks include the pump head, valves, seals or diaphragm, connections and dosing performance. Following the recommended maintenance schedule helps identify wear and operating issues.
You can share your dosing pump requirement with our team, including the chemical, required flow, pressure and application details. We'll review the information and help you identify a suitable dosing pump configuration before preparing a quotation.
