PH Series Slurry Pumps

Pansto PH series slurry pumps are heavy-duty horizontal slurry pumps. We have the same model as Warman slurry pumps and can completely replace Warman AH pumps.Pansto heavy duty horizontal slurry pumps designed to handle strong abrasive and high concentration slurries.

Excellent hydraulic performance
Long wear life
Low power consumption
Reliability in operation
Easy to maintain

Category Slurry Pumps Tags slurry pumps, Slurry pumps for sale, Warman AH pumps, Warman slurry pump

PRODUCT DISPLAY

PRODUCT DETAILS

Production Description

Pansto PH series of slurry pump is a cantilever centrifugal double shell slurry pump， double pump shell pump body pump cover with a replaceable wear metal liner or natural rubber lining,1. It is suitable for transporting abrasive or corrosive slag slurry. It is widely used in metallurgy, mining, petroleum, chemical industry, coal, electric power, transportation, river dredging, building materials and municipal engineering.

Key Features

Pansto PH slurry pumps have thick wear parts and heavy bracket,generally used for slurries containing highconcentrations of erosive solids or where an extremely heavy duty pump is required. They offer a wide range ofworld class hard metal wet ends (PH) and rubber wet ends (PH) for erosive and/or corrosive applications. The PHpumps can be operated in series with multi-stage within permissible pressure.

Robust Design: Through-bolt ductile iron casing with elastomer or alloy liners for strength and corrosion resistance
High Efficiency: Large, slow-turning impellers maximize wear life and hydraulic performance
Easy Maintenance: Cartridge bearing assembly and bolt-in liners reduce downtime
Easy Maintenance: Cartridge bearing assembly and bolt-in liners reduce downtime
Flexible Setup: 8 discharge orientations and multiple motor arrangements for versatile installations

Structure

Structure of Pansto PH series slurry pumps,which can replace AH series of Weir Warman slurry pumps.

Specification & Performance Parameters

Model Notation
5-1B-PH(R)
———1.5: Inlet Size (inch)
———1: Outlet Size (inch )
———B: Frame Type
———PH: Metal Lined Heavy Duty Slurry Pump
———R: Rubber Wetted Parts

Model	MaxPower(kW)	Capacity(m³/h)	Head(m)	Speed(rpm)	EFF.(%)	NPPHr(m)	Impeller(mm)
1.5-1B-PH	15	12.6~28.8	6~68	1200~3800	40	2~4	152
1.5-1B-PHR	15	10.8~25.2	7~52	1400~3400	35	2~4	152
2-1.5B-PH	15	32.4~72	6~58	1200~3200	45	3.5~8	184
2-1.5B-PHR	15	25.2~54	5.5~41	1000~2600	50	2.5~5	178
3-2C-PH	30	39.6~86.4	12~64	1300~2700	55	4~6	214
3-2C-PHR	30	36~75.6	13~39	1300~2100	55	2~4	215
4-3C-PH	30	86.4~198	9~52	1000~2200	71	4~6	245
4-3C-PHR	30	79.2~180	5~34.5	800~1800	59	3~5	245
4-3D-PH	60	97.2~198	9~53	1000~2200	71	4~6	245
4-3D-PHR	60	79.2~180	5~34.5	800~1800	59	3~5	245
6-4D-PH	60	162~360	12~56	800~1550	65	5~8	365
6-4D-PHR	60	144~324	12~45	800~1350	65	3~5	365
6-4E-PH	120	162~360	12~56	800~1550	65	5~8	365
6-4E-PHR	120	144~324	12~45	800~1350	65	3~5	365
8-6E-PH	120	360~828	10~61	500~1140	72	2~9	510
8-6E-PHR	120	324~720	7~49	400~1000	65	5~10	510
8-6R-PH	300	360~828	10~61	500~1140	72	2~9	510
8-6R-PHR	300	324~720	7~49	400~1000	65	5~10	510
10-8ST-PH	560	612~1368	11~61	400~850	71	4~10	686
10-8ST-PHR	560	540~1188	12~50	400~750	75	4~12	686
12-10ST-PH	560	936~1980	7~68	300~800	82	6	762
12-10ST-PHR	560	720~1620	7~45	300~650	80	2.5~7.5	762
14-12ST-PH	560	1260~2772	13~63	300~600	77	3~10	965
14-12ST-PHR	560	1152~2520	13~44	300~500	79	3~8	965
16-14ST-PH	560	1368~3060	11~63	250~550	79	4~10	1067
16-14TU-PH	1200	1368~3060	11~63	250~550	79	4~10	1067
18-16ST-PH	560	2160~5040	8~66	200~500	80	4.5~9	1245
18-16TU-PH	1200	2160~5040	8~66	200~500	80	4.5~9	1245
20-18TU-PH	1200	2520~5400	13~57	200~400	85	5~10	1370

Note: Approximate clear water performance, used for preliminary selection only.

Rmarks：All OEM WEIRWARMAN slurry pump and warman pump parts descriptions are for reference only Pansto® independent trademark and not affilicated with OEM.

Quick Selection Chart

Note: Approximate clear water performance, used for preliminary selection only.Pansto PH series slurry pumps are heavy-duty horizontal slurry pumps. We have the same model as Warman slurry pumps and can completely replace Warman AH pumps.

Shaft seal options

The shaft seal is one of the most important mechanical elements in centrifugal slurry pump and the correct type of seal must be carefully selected to suit each individual pump system. There are three commonly used shaft sealing options:

Mechanical seal

The mechanical seal consists of astationary and a rotating facepressed together undermechanical and hydraulic pressureto prevent leakage. lt has best sealeffect, used for zero leakageconditions. Low pressure flushmechanical seal do not dilute theproduct. High cost.

Packing seal

The soft, packed gland seal is the most commonly used seal in slurry applications. Clean water at a certain pressure being injected into the packing through the lantern,preventing leakage from casing. Simple structure,easy maintenance, low cost.

Expeller dynamic seal

The expeller acts as a turbine to reduce the pressure of the slurry attempting to escape around the back of the impeller.A secondary seal,grease lubricated packing or rubber lip seal stops leakage when the pump is not running. No gland water is needed.

Applications

Suitable for a wide range of dredging and slurry transfer operations:

Mining Slurry Transport – Moves ore slurry between processing stages.
Industrial Slurry Handling – Transfers waste or process slurries.
Construction Projects – Pumps slurry for tunneling or foundations.
Water Treatment – Moves sludge and slurry.
Sand & Gravel Transport – Handles coarse slurry in construction sites.

Pansto PH Series Slurry Pumps Show

Looking for reliable slurry pumps for mining, dredging, or industrial projects?

Pansto Pump, a professional slurry pump manufacturer from China with over 30 years of experience, provides high-quality, wear-resistant, and fully tested pumps trusted by clients in 50+ countries.

Pansto Pump’s Slurry Transfer Pumps are suitable for various industries, ensuring stable and continuous slurry transport with minimal maintenance.

FAQ

What is a slurry pump

A slurry pump is a type of centrifugal pump specifically designed for handling abrasive and viscous fluids known as slurries. Slurries are mixtures of solid particles suspended in a liquid medium. These pumps are widely used in industries such as mining, construction, oil and gas, and wastewater treatment, where the transfer of slurry is necessary.

What is a slurry pump used for?

Slurry pumps are widely used in transport of abrasive solids in industries such as mining, dredging, and steel. They are often designed to be suitable for heavy-wearing and heavy-duty uses.

What is the difference between a submersible pump and a slurry pump?

Submersible slurry pumps are used to transfer the liquid with abraisive particals, such as sand, mud and so on. While submersible sewage pumps are used to transfer the liquid containing impurities such as fibers and paper scraps.

How many transmission modes of slurry pumps?

There are 4 transmission modes of slurry pumps, including direct connection (DCZ), side-mounted (CRZ), overhead-mounted (CV), and reverse overhead-mounted (ZVZ).

What is the difference between Slurry pump and Sewage Pump?

Sewage pumps and slurry pumps play an indispensable role in controlling wastewater and water treatment processes by aspects of moving liquids from one position to another. Although they both perform the functions of handling fluids, sewage pumps and slurry pumps have very different applications and functions.

What are the different types of slurry pumps?

Some common types of slurry pumps include:

Horizontal Centrifugal Slurry Pump
Vertical Centrifugal Slurry Pump
Submersible Slurry Pump
Slurry Pump with Shaft Seal
Slurry Pump with Agitator

What are the benefits of using a slurry pump?

Using a slurry pump offers several benefits in industries where the handling and transportation of slurries are necessary. Some key benefits are efficient handling of slurries, improved productivity, reduced equipment wear, customization options, enhanced safety, and environmental considerations. These advantages make them indispensable in industries where the reliable and efficient transportation of abrasive fluids is essential.

What are the limitations of using a slurry pump?

While slurry pumps offer numerous benefits, they also have certain limitations that should be considered. These include:

High wear and maintenance
Clogging and blockages
Limited efficiency with varying slurry characteristics
Comparatively higher energy consumption
Higher noise and vibrations as compared to centrifugal pumps

How do I choose the right slurry pump for my needs?

Slurry pump selection depends on the slurry’s particle size, abrasiveness, flow rate, head pressure, installation requirements, and environmental conditions. Choosing the right slurry pump for your specific needs requires you to:

Understand Your Application
Evaluate Pump Performance
Consider Pump Construction and Materials
Assess pump design and features
Consider manufacturer reputation and support
Seek expert advice from a slurry pump supplier
Cost considerations

How do I maintain a slurry pump?

Proper maintenance is crucial for optimal performance. Conduct regular inspections, replace worn parts, and ensure proper lubrication. In addition, clean the impeller, monitor the seal condition, and flush the pump and piping periodically. It is crucial to keep records of maintenance activities and seek professional servicing when needed.

How Does a Centrifugal Slurry Pump Work?

A centrifugal pump operates on the principle of centrifugal force to transport abrasive, solid-laden fluids. The process begins when the slurry enters the pump impeller along the rotational axis through the suction pipe. The impeller, driven by a motor, rotates at high speed, imparting kinetic energy to the slurry. This action converts the kinetic energy into hydrodynamic energy as the slurry is forced radially outward into a diffuser or volute chamber. The design of the chamber helps convert the velocity of the slurry into pressure, efficiently directing the slurry to the discharge point. This type of centrifugal pump is especially effective for handling abrasive materials in mining, dredging, and industrial processes due to its robust construction and dynamic operation.