About Chemical Dosing Pumps
Chemical Dosing Pumps
We at A One Industries are applauded for making available energy-efficient and cost-effective Chemical Dosing Pumps. These pumps are designed as per industrial standards to inject harsh chemicals or similar substances in steam, gas or water. These pumps appear small but have precise flow rate. Our offered different designs, capacities and dimensions of pumps find large use in sewer manholes, pump stations, etc. They are also used in places where odour containment is largely needed. Chemical Dosing Pumps are demanded in food processing, water treatment and other industries.
Versatile Chemical Dosing PerformanceEngineered for both industrial and water treatment applications, these dosing pumps excel in delivering accurate and reliable chemical dosing. They can be customized in material and configuration to suit various chemicals and process requirements. Their advanced metering system ensures maximum efficiency in continuous operations, while their durability ensures long service life.
Flexible Design and InstallationWith a variety of connection options (threaded or flanged) and mounting types (foot-mounted horizontal setup), these pumps are built for adaptability and ease of integration. They are suitable for use in demanding environments, thanks to corrosion-resistant materials and a protection class of IP 55. The flexible voltage (220V/380V) and frequency (50Hz/60Hz) options simplify deployment.
Enhanced Safety and Low MaintenanceLeak-proof construction, high-quality check valve materials (SS, PVC, PP), and robust PTFE/Viton gland packing minimize maintenance and operational risks. The self-priming feature and quiet operation (<60 dB) contribute to safer, more streamlined usage in sensitive or high-traffic areas. Compliance with ISO 9001:2015 guarantees quality and safety standards.
FAQs of Chemical Dosing Pumps:
Q: How do chemical dosing pumps with manual or motorized stroke adjustment maintain dosing accuracy?
A: These pumps allow stroke adjustments from 0100% to regulate chemical delivery rates precisely. The use of reciprocating diaphragm, hydraulic, or plunger mechanisms and metering accuracy of 2% assures consistent and reliable dosing, making them suitable for critical applications where precision is vital.
Q: What is the recommended process for installing these dosing pumps in an industrial setting?
A: For best performance, install the pump in a horizontal, foot-mounted position. Use the provided threaded or flanged connections, and ensure the inlet/outlet ports match the standard 1/2 BSP specification. Verify voltage (220V/380V) and frequency compatibility and maintain suction lift within the 3-meter maximum. Always follow the manufacturers guidelines for priming and securing the unit.
Q: When should maintenance be performed on these chemical dosing pumps?
A: Routine inspection is advised to check for seal integrity and drive function, especially in continuous duty cycles. Maintenance intervals depend on usage, but thanks to robust materials and leak-proof design, these pumps require low-frequency servicing. Replace PTFE or Viton gland packing when wear is evident for optimal leak prevention.
Q: Where can these dosing pumps be used most effectively?
A: Chemical dosing pumps like these are ideal for water treatment plants, chemical processing industries, pharmaceutical manufacturing, and similar settings where controlled metering of liquid chemicals is necessary. Their corrosion-resistant build and broad compatibility with aggressive fluids make them well-suited for both indoor and covered outdoor installations.
Q: What types of chemicals are compatible with these dosing pumps?
A: Because they are constructed from materials like PP, SS 316, PVC, and Teflon, these pumps can handle a wide range of chemicals, including corrosive acids, alkalis, and water-based solutions with viscosities up to 1000 cP. Check valve material options (SS, PVC, PP) and seal choices (PTFE/Viton) enable compatibility with process requirements.
Q: How does the self-priming and positive suction design benefit pump operation?
A: Self-priming capability allows the pump to evacuate air from the suction line and begin pumping without manual intervention, simplifying startup and reducing downtime. Positive suction ensures reliable fluid intake, even when the source is below pump level, improving efficiency and ensuring a steady chemical feed.