Product Description
Our premium grade Horizontal Centrifugal Chemical Process Pumps are the most reliable choice available in the market. Their seamless finish make them the most acclaimed choice of many experts of the industry. The impact tolerant bodies and resistance to damages from chemical that our pumps showcase also contributes heavily to their popularity in the market. Our top grade Horizontal Centrifugal Chemical Process Pumps can withstand highly corrosive chemicals. The reliable solid molded casing as well as impeller of our pumps ensure a durable performance of our centrifugal pumps. The quality parts of our process pumps helps them in functioning without any glitch.
Features
- Our premium grade pumps requires minimal maintenance in the long period of time
- Our pumps are available in varied dimensional, design and technical specifications
- Our pumps are engineered in perfect adherence to global standards
- Our quality pumps are tested prior to sale
Specification
| Capacity | Up To 80 m3/hr |
| Temperature | 110 Deg C |
| TDH Head | Up To 62 mtr |
| Speed (at 60 Hz) | 1750 / 3500 rpm |
| Speed (at 50 Hz) | 1450 / 2880 rpm |
| Pump Sizes | DN 25 mm TO 50 mm |
Superior Engineering for Chemical ApplicationsThe pump is crafted with premium materials such as cast iron or stainless steel, ensuring corrosion resistance and extended life in harsh chemical processing environments. Heavy duty ball bearings and flexible coupling provide operational stability, while the closed or semi-open impeller design optimizes flow and handles solids up to 8 mm effectively. Each component is tailored for system compatibility and operational reliability.
Effortless Maintenance and AccessibilityDesigned with a back pull-out arrangement, service teams can perform maintenance or replace key components without dismantling the entire system. This innovative feature reduces downtime and simplifies routine inspections, making it ideal for environments where continuous operation is crucial. The pumps baseplate mounting and robust construction further facilitate rapid access and safer handling.
Versatile Operational BenefitsThis centrifugal pump supports a wide range of applications, from chemical to water treatment. With a discharge pressure of up to 10 bar, variable flow rates, and compatibility with manual or automated control systems, users benefit from adaptability in diverse industry scenarios. Its air-cooled system and noise levels under 80 dB contribute to safer, more comfortable working conditions.
FAQs of Industrial Horizontal Centrifugal Chemical Process Pump:
Q: How does the back pull-out design simplify maintenance for this pump?
A: The back pull-out design allows operators to remove the pumps rotating assembly without disturbing the main pipe connections. This significantly reduces maintenance time and effort, ensuring quicker service and minimal operational disruption during repairs or routine checks.
Q: What types of liquids can this centrifugal pump handle?
A: This pump is suitable for transferring chemical process liquids, including corrosive fluids used in chemical, petrochemical, pharmaceutical, and water treatment industries. Its construction and seals are optimized for aggressive liquids and suspended solids up to 8 mm.
Q: When should I consider using mechanical seals versus gland packing with this pump?
A: Mechanical seals are recommended for applications requiring superior leakage control and for handling hazardous, volatile, or high-temperature fluids. Gland packing may be used for less critical services, where small amounts of leakage are acceptable and the fluid is less hazardous.
Q: Where is this pump commonly installed?
A: The pump is typically installed in industrial sites such as chemical plants, pharmaceutical factories, water treatment facilities, and petrochemical refineries. Its robust design and baseplate mounting make it well suited for harsh and high-demand operational environments.
Q: What benefits does the epoxy coating offer?
A: Epoxy coating enhances the pumps resistance to corrosion and chemical attack, extending its lifespan and maintaining performance in aggressive environments typical of chemical processing industries.
Q: How does the pump ensure reliable performance at high temperatures?
A: The pump is engineered to handle working temperatures up to 150C using air cooling for the bearings and robust materials such as EN8 or SS316 for the shaft. This construction safeguards integral components, providing consistent performance in hot fluid applications.
Q: What is the maximum flow rate and head this pump can achieve?
A: Depending on the selected model, the pump can achieve flow rates from 20 to 120 m/h and deliver heads up to 100 meters, meeting a broad range of process requirements in industrial applications.