Product Description
APPLICATION
Acids, Alkalis Transfer
Recirculation Of Electrolyte
Scrubbing Of Corrosive Gases LikeCl2,Br2,l2,So2,
Effluent Treatment
For Descaling of Tubes
Filtration
Paper, Sugar, Steel, Food, Paint
Engineered for Chemical CompatibilityConstructed from high-grade Polypropylene, PVDF, or SS 316 materials, the pump ensures excellent resistance to corrosion and chemical attack. This versatility makes it ideal for handling sulphuric acid and a composition of aggressive chemicals, preserving pump integrity and safety long-term.
Dependable Performance & SafetyRated with an IP55 protected motor, grease-lubricated ball bearings, and a TEFC cooling system, the pump offers reliable, leak-proof operation even in demanding environments. Designed for horizontal installation, its back pull-out design facilitates easy maintenance and minimizes downtime.
Flexible Application and InstallationThe pump supports multiple port options (threaded/flange), custom inlet/outlet sizes (2550 mm), and both self/manual priming. It delivers a maximum suction of 5 meters and supports manual or automatic control systems, adapting seamlessly to your operational requirements.
FAQs of Sulphuric Acid Transfer Pump:
Q: How does the pump ensure compatibility with sulphuric acid and other aggressive chemicals?
A: The pump is constructed from corrosion-resistant materials such as Polypropylene, PVDF, or SS 316, making it suitable for safely transferring sulphuric acid and various aggressive chemicals without degrading or corroding over time.
Q: What are the benefits of the closed and semi-open impeller designs for this pump?
A: Closed impellers enhance efficiency and minimize leakage, while semi-open impellers allow the passage of solids up to 8 mm, reducing the risk of clogging. This flexibility ensures reliable operation for a range of chemical and slurry applications.
Q: When should I use mechanical seal versus gland packing on this pump?
A: Mechanical seals are recommended for leak-proof, low-maintenance operation, especially in corrosion-sensitive environments. Gland packing may be suitable for less critical applications or where slight leakage is acceptable and maintenance access is easier.
Q: Where can this pump be installed, and what is the recommended installation position?
A: The pump is designed for horizontal base plate mounting, which ensures stability and longevity. It can be installed in chemical plants, effluent treatment facilities, or any industry requiring aggressive chemical transfer, provided its operated within recommended environmental parameters.
Q: How does the pump maintain performance with varying viscosities and solids?
A: With a maximum viscosity capacity of 40 cP and a solid passage of up to 8 mm, the pumps design (impeller type, material, and motor power range from 0.5 HP to 5 HP) allows stable operation for fluids of varying consistency and particulates.
Q: What processes benefit most from using this pump?
A: Applications that require safe, reliable, and efficient handling of sulphuric acid or other corrosive chemicals benefit greatly from this pump, especially within the chemical industry and effluent treatment plants, ensuring process security and contamination-free transfer.
Q: What is the service life of the pump, and how can it be optimized?
A: The pump is engineered for a service life of up to 5 years with proper use and routine maintenance. Regular inspection of bearings, seals, and lubrication, as well as operating within specified limits for temperature, pressure, and chemical compatibility, will maximize its lifespan.