HSR Rubber Slurry Pump

HSR Rubber slurry pump

DeShi rubber slurry pump, the wet parts are made of anti-abrasive or anti-corrosive natural rubber, which can be
perfectly interchangeable with the metal parts. Clients can choose different material parts according to the slurry
liquid conditions, such as R26, R33, R55, R42, R08, etc. Rubber lined slurry pumps are more suitable in delivering 
high corrosive or abrasive slurries of small particle size without hard or sharp edges.  
 
Detailed Features:
• Well designed for interchangeable wet parts with metal lined slurry pump.
• Casing - Casing halves of cast or ductile iron with external reinforcing ribs contain the wear liners and
  provide high operating pressure capabilities
• Bearing assembly - A large diameter shaft with short overhang minimizes deflection and contributes to
  long bearing life. Only four through bolts are required to hold the cartridge type housing in the frame.
• Pump frame - A rigid, one-piece casting cradles the “cartridge” shaft and bearing assembly. A minimal
  number of through bolts hold the pump casing to the frame.  An easy means of external impeller adjustment
  is provided in a convenient position below the bearing housing.
• Impeller - Front and rear shrouds have pump-out vanes. This design reduces recirculation and seal
  contamination, Elastomer impellers are made from rubber coated high tensile steel, Cast-in impeller threads
  require no impeller insert or nuts.
• Liners - Rubber elastomer liners are interchangeable with hard metal. The elastomer liners are bolted, not
  bonded, to the outer casing.  Elastomer seal rings back all liner joints.
• Shaft seal - Packing seal,Centrifugal seal, and Mechanical seal.
• Driving type - Flexible coupling,V-belt with pulleys,Gearbox,VFD,SCR control etc.
• The discharge branch can be oriented to any eight positions at the interval of 45 degrees;
• Easy to install and maintain in on-site application.

Model	Max Power (Kw)	Inlet & Outlet size (inch)	Material for Wear Parts	Flow Rate (Q)		Head (H) meter	Speed (RPM)	Impeller Dia. (mm)
				m³/hr	l/s
25HS-B	15	1.5/1	M	12.6~28.8	3.5~8	6~68	1200~3800	152
			R	10.8~25.2	3~7	7~52	1400~3400	152
40HS-B	15	2/1.5	M	32.4~72	9~20	6~58	1200~3200	184
			R	25.2~54	7~15	5.5~41	1000~2600	178
50HS-C	30	3/2	M	39.6~86.4	11~24	12~64	1300~2700	214
			R	36~75.6	10~21	13~46	1300~2300	213
75HS-C	30	4/3	M	86.4~198	24~55	9~52	1000~2200	245
			R	79.2~180	22~50	5~34.5	800~1800	245
100HS-D	60	6/4	M	162~360	40~100	12~56	800~1550	365
			R	144~324	40~90	12~45	800~1350	365
150HS-E	120	8/6	M	360~828	100~230	10~61	500~1140	510
			R	324~720	90~200	7~49	400~1000	510
200MS-E	120	10/8	M	666~1440	185~400	14~60	600~1100	549
200HS-ST	560	10/8	M	612~1368	170~380	11~61	400~850	686
			R	540~1188	150~330	12~50	400~750	686
250HS-ST	560	12/10	M	936~1980	260~550	7~68	300~800	762
			R	720~1620	200~450	7~45	300~650	762
300HS-TU	560	14/12	M	1260~2772	350~770	13~63	300~600	965
			R	1152~2520	320~700	13~44	300~500	965
350HS-TU	1200	16/14	M	1368~3060	380~850	11~63	250~550	1067
450HS-TU	1200	20/18	M	2520~5400	700~1500	13~57	200~400	1370
25HHS-C	30	1.5/1	M	16.2~34.2	4.5~9.5	25~92	1400~2200	330
50HHS-D	60	3/2	M	68.4~136.8	19~38	25~87	850~1400	457
75HHS-E	120	4/3	M	126~252	35~70	12~97	600~1400	508
100HHS-E	120	6/4	M	324~720	90~200	30~118	600~1000	711
150HHS-S	560	8/6	M	468-1008	130~280	20~94	500~1000	711

For the material of wearing parts,
"M" = metal, ultra chromium alloy;       
"R" = anti-abrasive rubber