About Slurry Pumps
Setting a remarkable reputation in the market, our organization is engaged in manufacturing, exporting and supplying an error-free range of Slurry Pumps to our esteemed clients. These pumps are manufactured in accordance with the global set quality parameters in order to provide their optimum performance at the clients' premises. Owing to their rugged construction and corrosion resistant nature, these Slurry Pumps are utilized in sand reclamation, river dredging, sugar beet and many metal industries.
Features:
- Dependability on labor gets reduced
- Positive rotatory displacement pulsation free delivery
- Economical and can work continuously
- Available in hygienic and sanitary construction
- Unique system for shifting and transferring of aquas media to any distance
- Gently handling of media
- High suction capability
- High Viscous fluid handled
- No pressure loss at high speed
- Can easily handle abrasive fluids and non-lubricating
- Output is not affected by pressure change
- No vapor and air locked is formed
- Wide choice in material construction
- No clogging and self priming
Applications:
- Chemicals
- Mineral slurry
- Molasses
- Explosive slurry
- Clay and ceramic slurry
- Viscous oils
- Paints
- Turbid water
- Mud pumps etc..
Durable Design for Demanding EnvironmentsConstructed from high chrome alloy, our slurry pump withstands extreme abrasion, prolonging operational life in tough mining and industrial settings. The robust mechanical seal prevents leaks, ensuring reliability even in aggressive slurries and high-pressure applications.
Superior Performance and VersatilityDelivering a maximum flow rate of 100 m/h and a discharge pressure up to 25 bar, this centrifugal pump is suitable for a wide range of applications such as mining, dredging, and ash handling. It accommodates suction lifts up to 7 meters, making it versatile for various site conditions.
Efficient and Easy to OperateThis baseplate-mounted pump features both manual and automatic control systems, simplifying integration into your current workflow. Its quiet operationbelow 85 dB(A)and straightforward maintenance requirements ensure user convenience and minimal downtime.
FAQs of Slurry Pumps:
Q: How does the slurry pump maintain efficiency in abrasive applications?
A: The pump is constructed with a high chrome alloy material, offering exceptional resistance to abrasion. Its design, including a robust mechanical seal, ensures consistent performance and minimal leakage, even when handling high-solid content slurries in harsh environments.
Q: What industries and processes are best suited for this slurry pump?
A: This pump is ideal for mining, dredging, ash handling, and other industrial processes that require reliable slurry transfer. Its suitability for handling abrasive and corrosive slurries makes it a preferred choice in demanding applications such as mines and coal ash disposal.
Q: When should I use a centrifugal slurry pump over other pump types?
A: A centrifugal slurry pump like this is recommended when you need to move large volumes of abrasive or viscous fluids over moderate distances, particularly in mining, dredging, or industrial waste processes. Its ability to handle high solids content and robust construction make it optimal for such scenarios.
Q: Where can this slurry pump be installed and operated?
A: This pump is designed for flexible installation and can be baseplate mounted in both indoor and outdoor industrial settings, including mines and processing plants. It supports horizontal suction setup and integrates easily with automated or manual control systems.
Q: What is the process for starting and maintaining the slurry pump?
A: Start-up involves ensuring proper priming, connecting to a 415 V supply, and setting the control system to manual or automatic as per requirement. Periodic inspections, especially of seals and wear parts, help maintain peak performance and extend pump lifespan.
Q: How does the mechanical seal benefit the operation of this pump?
A: The mechanical seal ensures a tight, leak-free seal at the pump shaft, reducing maintenance requirements and preventing slurry leakage. This enhances operational safety, reliability, and avoids unnecessary downtime in demanding applications.