Slurry Pumps

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MOQ : 1 Set

Slurry Pumps Specification

Control System
Manual/Electrical

Noise Level
<75 dB

Inlet/Outlet
65 mm/50 mm

Frequency
50 Hz

Flow Rate
72 m³/hr

Discharge Pressure
Up to 3 bar

Working Temperature
Up to 80°C

Mounting Type
Baseplate Mounted

Max Suction
7 meters

Voltage
415 V

Head Size
30 meters

Speed
1450 rpm

Caliber
65 mm

Theory
Centrifugal Pump

Material
High Chrome Alloy / Cast Iron

Structure
Horizontal

Power
7.5 kW (10 HP)

Standard
IS, ISO Certified

Fuel Type
Electric

Pressure
Up to 3 bar

Usage
Industrial Slurry Handling

Application
Mining, Chemical, Wastewater, Power Plants

Suction Type
Single

Seals Type
Mechanical Seal / Gland Packing

Pump Type
Slurry Pump

Capacity
72 m³/hr

Slurry Pumps Trade Information

Minimum Order Quantity
1 Set

Supply Ability
100 Sets Per Day

Delivery Time
1-12 Week

About Slurry Pumps

We have the expertise and market experience to manufacture, supply and export Slurry Pumps. Made of supreme quality components and materials, these products provide accurate and effective performance. These products are generally used in refineries and chemical industries to maintain a constant flow of water. Owing to their longer service life and sturdy construction, these products are very popular among our prestigious clients in the international market. Submersible Slurry Pumps are delivered to the clients in an allotted time frame owing to our expert C&F personnel.

Pump built to American specification ANSI B.73.1, having semi open impeller with expeller design, radially split casing, back pullout type, suitable to mount mechanical seal, flanges to class 150FF.

Capacity : up to 750 m3/hr
Head: up to 250 m
Temp.: up to 260^oC
MOC: CI, CS, AISI-304/316/321/347/304L/316L, CD4MCu, CN7M, HASTELLOY-B/C, R-55, ALUMINUM, etc

Exceptional Performance and Durability

Designed with high chrome alloy or cast iron, this slurry pump effectively resists abrasion and extends its service life. The single-suction, horizontal structure ensures operational stability, making it suitable for rigorous industrial environments. Its ability to handle slurries at temperatures up to 80C and discharge pressures up to 3 bar makes it a reliable choice for continuous use.

Efficient Slurry Handling for Diverse Applications

With a flow rate of 72 m/hr and a maximum head of 30 meters, this pump caters to a wide spectrum of applications, from mining and chemical processing to wastewater management. Its 65 mm inlet and 50 mm outlet caliber enable efficient transportation of slurries, while the sturdy build supports constant demand in power plants and heavy industries.

FAQs of Slurry Pumps:

Q: How is this slurry pump installed and operated in an industrial setting?

A: The pump is horizontally mounted on a baseplate and connects easily to standard pipelines using its 65 mm inlet and 50 mm outlet. It can be managed manually or using an electrical control system, and is powered by a 415 V electric supply at 50 Hz frequency.

Q: What types of applications are most suitable for this slurry pump?

A: This pump is specifically designed for industrial slurry handling in sectors such as mining, chemical processing, wastewater treatment, and power plants, where it efficiently transports abrasive or corrosive slurries under demanding conditions.

Q: When should mechanical seals be chosen over gland packing for this pump?

A: Mechanical seals are preferred when minimal leakage and lower maintenance are required, especially in operations handling hazardous or corrosive media. Gland packing may be suitable for applications where cost considerations and less stringent leakage control apply.

Q: Where is the pump best suited to be mounted?

A: The design supports baseplate mounting, making it ideal for fixed installations in industrial plants where space, stability, and accessibility are essential for stationary slurry handling systems.

Q: What is the process for routine maintenance of this slurry pump?

A: Routine maintenance involves inspecting and replacing the mechanical seal or gland packing, checking for wear in high chrome or cast iron components, ensuring motor alignment, and verifying suction and discharge connections for leaks or obstructions.

Q: How does this pump benefit industrial operations?

A: Its high durability, resistance to wear, and efficient design reduce downtime and maintenance costs, allowing continuous and reliable performance even in abrasive and harsh environments, thereby optimizing productivity.

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