Centrifugal Mining Slurry Pumps Ash Slurry Pump

Horizontal Centrifugal Gold Ash Slurry Pump

MAH series slurry pumps are heavy duty horizontal slurry pumps designed to handle abrasive and high density slurries in mining and heavy industry.

MAH high density slurry pumps are available in sizes ranging from 1 inch to 18 inch discharge and feature high efficiency performance capable of flow rates from 10.8 to 6500 m³/hour and heads up to 125 meters for high head models.

All our slurry pumps are designed to be 100% fully interchangeable with the most common slurry pump used by the mining industry.

mining slurry pumps

The AM series horizontal centrifugal mining slurry Pump is the heavy duty pump handling tough and abrasive duties intended for clear liquids. It is the pump transporting Solid-liquid mixture with solid suspending (like ore, sand, gravel, ash and slime etc.) or the abrasive strongly and high concentration slurry.

The heavy and robust slurry pump and perfect used perfect impeller structure ensure satisfactory performance with long life and needs minimum maintenance requirements. The Rubber liner slurry pump expand applications to chemical products handling, several different rubber options are available to meet different application needs, continuous pumping of highly abrasive/dense slurries in processes from cyclone feed to regrind, mill discharge, flotation, mine drainage, dredging of settling lagoons and pumping of drilling mud and tailings in minerals plants plus other industrial applications.

High Chromium Metal Centrifugal Vertical Slurry Pump

Cantilevered shaft design.
Double suction semi-open impeller.
Agitator option keeps solids in suspension.
Different length of the pump drive shaft or inhaled could be selected.
Material of Impeller could be wear-resistant metal or rubber.
SPR models feature full rubber covering for corrosion resistance.
V-belt drive, direct drive, and flexible coupling. Bearing to lubricate oils.
No submerged bearings or packing. High capacity double suction design. Optional recessed impeller and suction agitator available.
The speed of motor and pump is different and can be transmitted by belt.
The installation plate is under the water, also known as the submerged pump.

Mining & Mineral Processing

The slow running speeds of the TH Heavy Duty Slurry Pump, together with the comprehensive choice of abrasion resistant alloys and elastomers, provide unrivalled performance and service life for all abrasive mining and minerals processing applications.

Chemical Process

The interchangeability of alloy and elastomer components in the same pump casing, together with a wide range of mechanical seals, make the TH Heavy Duty Slurry Pump the most flexible choice for the chemical plant environment.

Sand & Gravel

Designed for easy and simple strip down and re-assembly, the TH Heavy Duty Slurry Pump minimises downtime, making it the ideal choice where installed stand by pumps are not available.

Sugar Processing

The premium reliability and service life of the TH Heavy Duty Slurry Pump is specified by many sugar plant engineers worldwide where uninterrupted pump operation during the sugar campaign is a critical requirement.

Flue Gas Desulphurisation

The new generation of specially formulated abrasion and corrosion resistant alloys, together with the very latest elastomer technology, positions firmly as a major supplier of pumps to the FGD industry.

Oil & Gas Exploration

Over a number of years we have developed the proven design of the TH Heavy Duty Slurry Pump ranges to suit the specific demands of offshore applications. We can now offer the most reliable top side solution to erosive wear.

Industrial Applications

Wherever abrasive solids are causing premature failure of pumps, the TH Heavy Duty Slurry Pump range has the right combination of performance, wear life and reliability to bring the customer the lowest cost of ownership.

TH Slurry Pumps Performance Parameters:

Model	Max.Power (kw)	Materials		Clear water performance					Impeller Vane No.
		Liner	Impeller	Capacity Q ( m3/h)	Head H ( m)	Speed n (rpm)	Eff.η (%)	NPSH (m)
TH1.5/1B	15	M	M	12.6~28.8	6~68	1200~3800	40	2~4	5
		RU	RU	10.8~25.2	7~52	1400~3400	35		3
THH1.5/1B	30	M	M	16.2~34.2	25~92	1400~2200	20	1~5.5	5
TH2/1.5B	15	M	M	32.4~72	6~58	1200~3200	45	3.5~8	5
		RU	RU	25.2~54	5.5~41	1000~2600	50	2.5~5
TH3/2C	30	M	M	39.6~86.4	12~64	1300~2700	55	4~6	5
		RU	RU	36~75.6	13~39	1300~2100		2~4
THH3/2D	60	M	M	68.4~126.8	25~87	850~11400	47	3~7.5	5
TH4/3C	30	M	M	86.4~198	9~52	1000~2200	71	4~6	5
		RU	RU	79.2~180	5~34.5	800~1800	59	3~5	5
TH4/3D	60	M	M	97.2~198	9~53	1000~2200	71	4~6	5
		RU	RU	79.2~180	5~34.5	800~1800	59	3~5	5
THH4/3E	120	M	M	126~252	12~97	600~1400	50	2~5	5
TH6/4D	60	M	M	162~360	12~56	800~1550	65	5~8	5
		RU	RU	144~324	12~45	800~1350	65	3~5	5
TH6/4E	120	M	M	162~360	12~56	800~1550	65	5~8	5
		RU	RU	144~324	12~45	800~1350	65	3~5	5
THH6/4S	560	M	M	324~720	30~118	600~1000	64	3~8	5
TH8/6E	120	M	M	360~828	10~61	500~1140	72	2~9	5
		RU	RU	324~720	7~49	400~1000	65	5~10	5
TH8/6R	300	M	M	360~828	10~61	500~1140	72	2~9	5
		RU	RU	324~720	7~49	400~1000	65	5~10	5
TH10/8ST	560	M	M	612~1368	11~61	400~850	71	4~10	5
		RU	RU	540~1188	12~50	400~750	75	4~12
TM10/8E	120	M	M	666~1440	14~60	600~1100	73	4~10	5
		RU	RU	540~1188	10~42	500~900	79	5~9	5
TH12/10ST	560	M	M	936~1980	7~68	300~800	82	6	5
		RU	RU	720~1620	7~45	300~650	80	2.5~7.5
TH14/12ST	560	M	M	1260~2772	13~63	300~600	77	3~10	5
		RU	RU	1152~2520	13~44	300~500	79	3~8	5
TH16/14ST	560	M	M	1368~3060	11~63	250~550	79	4~10	5
TH16/14TU	1200
TH18/16ST	560	M	M	2160~5040	8~66	200~500	80	4.5~9	5
TH18/16TU	1200
TH20/18TU	1200	M	M	2520~5400	13~57	200~400	85	5~10	5