Rubber Lined slurry Pump
A rubber slurry pump is a centrifugal pump used to transport slurry containing solid particles. Its essential components are typically made of rubber material to withstand corrosion and wear.
- Corrosion Resistance
- Wear Resistance
- High-Temperature Resistance
- Strong Sealing
What is rubber lined slurry pump
A rubber lined slurry pump is a type of centrifugal pump designed for pumping abrasive and corrosive slurries. It is constructed with a rubber-lined casing and impeller, which makes it highly resistant to wear and tear, and able to handle a wide range of slurries, including those with high concentrations of solids. The rubber lining also helps to reduce noise and vibration, making it an ideal choice for applications where noise levels must be kept to a minimum. The rubber lined slurry pump is commonly used in mining, mineral processing, and other industrial applications.
Various Rubber Lined Slurry Pump Types
Heavy Duty Rubber Lined Slurry Pump
It is mainly used for the transportation of heavy abrasive slag slurry in the mine beneficiation process, including grinding and classification, tailings transportation and other stages.
Vertical Rubber Lined Slurry Pump
This type of pump is designed for vertical installation and is ideal for handling abrasive and corrosive slurries in a wide range of industries. It features a vertical design with a rubber-lined construction that provides superior wear resistance and corrosion protection.
Light Rubber Lined Slurry Pump
A light-duty rubber slurry pump with wear-resistant rubber parts for solid particle transport. Used in mining, chemical engineering, and environmental tasks. Lightweight and easy to maintain.
Horizontal Rubber Lined Slurry Pump
This type of pump is designed for horizontal installation and is ideal for handling abrasive and corrosive slurries in a wide range of industries. It features a horizontal design with a rubber-lined construction that provides superior wear resistance and corrosion protection.
MIll Underflow Slurry Pump
It is mainly used for the transportation of heavy abrasive slag slurry in the mine beneficiation process, including grinding and classification, tailings transportation and other stages.
Desulfurization Slurry Pump
The desulfurization circulating pump is a high-efficiency, low-noise pump with replaceable wear-resistant rubber or polyurethane lining. for durability. It’s corrosion-resistant, low-vibration, and easy to maintain, ensuring long-lasting, reliable operation without leaks.
Product Advantages
Corrosion Resistance
Rubber material is resistant to corrosive fluids, making it highly useful when dealing with chemicals and corrosive solutions.
Wear Resistance
The rubber lining provides excellent wear resistance, making the pump suitable for transporting high solids concentration slurries, such as ores, coal fines, and wastewater.
High-Temperature Resistance
The rubber slurry pump is designed for high-concentration slurry transport and possesses outstanding conveying capabilities.
Strong Sealing
The rubber lining helps reduce internal leakage in the pump, enhancing efficiency, and reducing the risk of external pump leaks.
Application
- Conveying Slurries: Efficiently transporting high-concentration, viscous ore slurries from mining storage to processing areas.
- Preventing Clogs: Designed to minimize blockages caused by solid particles, ensuring stable and long-lasting operation.
- Wear Resistance: Using wear-resistant rubber materials to extend equipment lifespan, as mining materials can be highly abrasive.
- Boosting Efficiency: Increasing production efficiency and reducing costs by moving ore slurries through pipelines with lower energy consumption.
- Reducing Maintenance: Offering lower maintenance costs due to their wear-resistant and reliable design, crucial for continuous mining operations.
- Drainage and Debris Management: During tunnel construction, these pumps are used to effectively remove slurry, debris, and wastewater, maintaining a clean and dry construction area while preventing water level rise and blockages.
- Grouting and Injection: They play a pivotal role in transporting grouting materials for stabilizing underground strata and minimizing groundwater infiltration during tunnel construction.
- Corrosion and Wear Resistance: Some pump components are designed with corrosion-resistant materials, making them suitable for handling chemical-laden wastewater and slurry. Additionally, their wear-resistant properties are valuable for fluids containing sand, gravel, and particles.
- Enhanced Construction Efficiency: Rubber slurry pumps efficiently manage large volumes of slurry and debris, thereby increasing construction efficiency in tunnel boring and reducing downtime.
- Silt Removal: They are used to clean up silt, mud, and debris from riverbeds and waterways, ensuring the maintenance of channel depths for safe navigation.
- Waterbody Restoration: In ecological restoration projects, they can be used to remove pollutants, waste, and harmful substances to improve the health of river ecosystems.
- Embankment and Shoreline Protection: Rubber slurry pumps can be used to reinforce and repair riverbanks and levees, helping to prevent flooding and erosion.
- Pumping Riverbed Materials: In specific cases, they are used to transport riverbed materials to other locations, such as for fill and construction projects.
- Pollution Control: Handling and removing pollutants from rivers to maintain water quality and sustainability.
Metallurgy industry
- Furnace Feed: Rubber slurry pumps can transport various raw materials required in the smelting process, such as iron ore, coke, and other ores, to supply smelting furnaces and blast furnaces.
- Residue Handling: Significant amounts of slag and waste are generated during the smelting process, and rubber slurry pumps are used to convey these residues to processing or storage areas.
- Cooling Water Circulation: Metallurgical processes often require large quantities of cooling water, and rubber slurry pumps are employed to maintain the normal operation of cooling systems.
- High-Temperature and Corrosion Resistance: Given the high-temperature and corrosive nature of metallurgical processes, rubber slurry pumps typically utilize materials that can withstand these conditions, ensuring the reliability of long-term operation.
petrochemical industry
- Crude Oil Transport: Conveying crude oil and petroleum products from production or storage sites to refineries.
- Wastewater Handling: Managing wastewater discharge with petroleum residues and chemicals, ensuring compliance with environmental standards.
- Blending and Homogenization: Mixing different crude oil components and chemicals during the refining process.
- Chemical Material Conveyance: Transporting chemical raw materials and waste materials for efficient production.
- Corrosive Substance Management: Using corrosion-resistant materials to handle corrosive substances.
- Gypsum Slurry Conveyance: In power plant desulfurization projects, gypsum slurry is often used to capture sulfur dioxide produced during coal combustion. Rubber slurry pumps are used to transport gypsum slurry to desulfurization equipment, ensuring efficient desulfurization treatment.
- Wastewater Treatment: The desulfurization process generates wastewater containing various chemicals. Rubber slurry pumps are utilized to transport and process this wastewater, ensuring compliance with discharge regulations or further treatment.
- Particle Material Conveyance: Power plant desulfurization projects involve handling solid adsorbents and other particulate materials that need to be transported to appropriate equipment for reuse or disposal.
- Corrosion Resistance: Given the corrosive nature of chemicals used in the desulfurization process, rubber slurry pumps typically employ corrosion-resistant materials to ensure the long-term durability of the equipment.
Rubber Lining Workshop
The rubber workshop is equipped with a 4000-ton gantry-type flat vulcanizing machine with a heating plate size of 33003200MM, a heating plate gap of 100-1100MM, a computerized control automation system, and precise temperature control within ±5°C. It can operate at a pressure of up to 12MPa and is primarily used for processing extra-large rubber components, making it one of the few such high-pressure flat vulcanizing machines in the country. Additionally, there is a 2000-ton gantry-type flat vulcanizing machine with a heating plate size of 22002200MM and a heating plate gap of 0-1200MM, primarily employed for the vulcanization of large rubber components. There’s also an 800-ton transfer injection vulcanizing machine with a heating plate size of 1250*1200MM and a heating plate gap of 0-900MM, featuring precise temperature control within ±3°C due to its import from Australia. It is mainly used for the production of large and precision rubber components, offering a wide processing range, high product quality, and excellent vulcanization efficiency.
case
Tailings pressurized conveying pump station
- Basic parameters of the pump: Q=900~1500m3/h; H=55-70m; N=740r/min;
- Equipped with motor 8P-630KW (variable frequency motor)
- Main component material of the pump: impeller A07; Front and rear sheaths: rubber; 1. The material of the second stage pump body and pump cover is HT, and the material of the third and fourth stage pump body and pump cover is QT
KMS Mill Underflow Pump
- Performance parameter: Flow rate: 840m ³/ h. Single stage head: 40-45m
- Transport slurry characteristics: solid specific gravity 3.248, median particle size d50170 (um), slurry concentration 40% (Cw), slurry specific gravity 1.383
Phosphogypsum Transfer Pump
- Performance parameters: Flow rate: 900 m³/h, single-stage head: 70-75m, two units in series, final head exceeding 136 meters of liquid column.
- Slurry characteristics: 23-28% phosphogypsum slurry, dilute sulfuric acid (up to 1% maximum concentration), fluorosilicic acid (up to 0.5% maximum concentration), dilute phosphoric acid (up to 1.1% maximum concentration).
One Stop Best Slurry Pump Solution
Kingda Slurry Pump is a high-performance pump designed to handle abrasive and corrosive slurries. It features robust construction, high efficiency, and long-lasting performance, making it ideal for a variety of applications. The pump is equipped with advanced features such as adjustable speed control, adjustable impeller clearance, and a choice of materials for the wetted parts. It is also designed to be easy to maintain and service
OEM service
In order to meet the requirements and expectations of customers, Kingda will provide customized production services. A professional R&D team can design, survey and produce items according to customer needs and requirements, or machine and produce directly the items according to the drawings and pattern & mold provided by customers.
We will optimize materials construction and performance with our technological research and development capabilities, test and monitor the product with more elaborate process flow and complete inspection equipment. All products will be double checked including raw/auxiliary material inspection and material testing before being smelted to ensure product quality and accuracy.
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Bottom FAQ
A rubber lined slurry pump is a type of centrifugal pump that is designed to handle abrasive and corrosive slurries. It is typically used in mining, mineral processing, and other industrial applications. The pump is lined with a rubber material that is resistant to the abrasive and corrosive nature of the slurry.
The advantages of using a rubber lined slurry pump include increased efficiency, improved wear resistance, and reduced maintenance costs. The rubber lining also helps to reduce noise and vibration, making it a more pleasant working environment.
Rubber lined slurry pumps can be used to pump a variety of materials, including slurries containing sand, gravel, and other abrasive solids. They can also be used to pump corrosive liquids, such as acids and alkalis.
To ensure the long life and optimal performance of your rubber lined slurry pump, it is important to perform regular maintenance. This includes checking the seals and gaskets for wear, inspecting the impeller for damage, and ensuring that the pump is properly lubricated. Additionally
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