Starch Paste Transfer Pump

China Starch Paste Transfer Pump, Find details about China Screw Pump, Rotary Lobe Pump from Starch Paste Transfer Pump

Basic Info.

Model NO.

TLS

Scope of Application

Transfer All Viscous Fluids

Rotor Type

Bi-Wing Rotor/Tri-Impeller Rotor/ Multi-Impeller/

Seal Type

Mechanical Seal/Mechanical Seal W.Oil-Flush/etc.

I$O Connection

Flange/Clamp/Screw/

I&O Direction

Horizontal/Vertical

Main Products

Lobe Pump/ Homogeneous Pump etc.

Viscosity Range

1-100,0000cps

Flow Range

0.5-400 M3/H

Discharge Pressure

1-12bar

Trademark

Durrex

Transport Package

Export Packing

Origin

Ningbo China

HS Code

841360

Model NO.

TLS

Scope of Application

Transfer All Viscous Fluids

Rotor Type

Bi-Wing Rotor/Tri-Impeller Rotor/ Multi-Impeller/

Seal Type

Mechanical Seal/Mechanical Seal W.Oil-Flush/etc.

I$O Connection

Flange/Clamp/Screw/

I&O Direction

Horizontal/Vertical

Main Products

Lobe Pump/ Homogeneous Pump etc.

Viscosity Range

1-100,0000cps

Flow Range

0.5-400 M3/H

Discharge Pressure

1-12bar

Trademark

Durrex

Transport Package

Export Packing

Origin

Ningbo China

HS Code

841360

Product Desciption

Starch paste transfer pump

Different structure and material of mechanical seal for paper coating, can extend service life of seal.

Paper making lobe pumps are widely used to transfer PAM, starch slurry, liquid rosin, rosin gum. paper slurry, dry-strength agent, wet-strength agent, sizing agent, defoaming agent, coloring starch, coating and so on.

We have cooperated with UPM, STORA ENSO, Ning Dragons Paper, OJI paper, Lee & Man paper, APP paper and so on for many years. Lobe pump is very well used in the industry and it has gradually replaced the screw pump in many working conditions of paper making industry. Lobe pump maily used following positions.

Preparation of starch glue and feeding and conveying of starch.----S.S. lobe pump

Coating preparation and coating feeding and transportation.----S.S. lobe pump

Chemical unloading and chemical addition.----S.S. lobe pump

Starch Paste Transfer Pump

Comparison of several positive displacement pumps
Comparison content	Rotor lobe pump	Twin-screw pump	Single screw pump
Suitable for working conditions	Transfer viscosity medium or solid-liquid mixture.	Transfer viscosity medium.	Transfer viscosity medium or solid-liquid mixture.
Structural	Gap is kept between the rotors and between the rotors and the pump body, no friction, long life.	There is a certain gap between the screws, but the wear of the front axle sleeve will cause the wear of the screw, the gap will become larger, and the flow rate and efficiency will decrease.	Rubber stator is easy to wear.
Structural	Simple structure, low failure rate and convenient maintenance.	There is a shaft sleeve in the front section, which is easy to wear and tear. The pump needs to be disassembled for replacement, and the maintenance is complex.	There is a shaft sleeve in the front section, which is easy to wear and tear. The pump needs to be disassembled for replacement, and the maintenance is complex.
Spare parts	Mechanical seal.	Mechanical seal.	Mechanical seal.
	Seal ring.	Seal ring.	Seal ring.
	No.	Axle sleeve.	Axle sleeve.
	Long life, no need for spare.	Long life, no need for spare.	Long life, no need for spare.
Comprehensive comparison	Simple structure, low failure rate and convenient maintenance, long life.	The structure is complex, failure rate is high, maintenance is complex, maintenance cost is high, life is short .	The structure is complex, failure rate is high, maintenance is complex, maintenance cost is high, life is short .
working principle	The rotor pump adopts two synchronous rotors. The rotor is driven by a pair of synchronous gears in the box. Driven by the main and auxiliary shafts, the rotor rotates in the opposite direction synchronously, which changes the volume of the pump, thus forming a higher vacuum degree and discharge pressure.	A plurality of closed volumes are formed between the meshing screws and the shell, and each closed volume is one level. When the transmission shaft drives the main screw to rotate clockwise, the closed volume at the left end gradually forms, and the volume increases to the oil suction chamber; the closed volume at the right end gradually disappears, and the volume decreases to the oil pressure chamber.

Product features:

1. Gap is kept between the rotors and rotors & pump body, no friction, long using-life.
2. Simple assembling and disassembling, easy to maintenance and clean, less easily-damaged parts.
3. High efficiency and energy-saving, low failure, reliable sealing and low noise.
4. In the same type pump, different type rotor can be interchanged.
5. Capable to pmp the viscous medium from 1cp to 2million cps.
6. Capable of pumping mixture of gas, fluid and solid medium.
7. Equipped with inverter, the flow can be adjusted as requirement of end-user.
8. Flange, screw or clamp connection can be selected as required.
9. Higher hygienic grade, support CIP, SIP. The surface roughness is 0.2--0.6mm, got 3A, FDA certification.
10. Hygienic safety valve is built-in structure.

Starch Paste Transfer Pump

Structure drawing and main material

Description	Material	Quantity
Pump cover	304 /304L /316 /316L	1
Pump body	304 /304L /316 /316L	1
Rotor	Rubber /304 /304L /316 /316L	2
Main shaft	316-316L /42CrMo	1
Sub-shaft	316-316L /42CrMo	1
Mechanical seal seat	304 /304L /316 /316L	2
Mechanical seal	SIC /Tungsten carbide	2
O-ring	FKM /FFKM/ EPDM /TFE /PTFE,etc.	1
Rotor lock nut	304 /304L /316 /316L	2
Lip seal	NBR /FKM	3

Working Principle of Lobe Pump
Twin-Rotary pumps are multi-functional and bi-directional positive displacement pumps, produced with fine technology. The manufacturing engineering and precision of the pumps approach the advanced level of the world. Rotary pumps use synchronic rotors, driven by a pair of synchronic gears in the gear box. Transmitted by the main shaft and the sub-shaft. The rotors move synchronically in counter-clockwise directions, which, consequently, varies the pump capacity and builds up high vacuum capacity and emission pressure. It is particularly suitable to pump sanitary medium, high-corrosive and high-viscous medium.

Technical parameters
Type	Capacity for tri-imepller rotor (L/r)	Rotation speed (r/min)	Flow (m³/h)	Discharge Pressure (MPa)	Standard I& O DN (mm)	Enlarged I& O DN (mm)	Weight Bare pump (kgs)
15TLS12-0.5C	0.04	10-720	2	1.2	15	25	30
25TLS12-2C	0.15	10-720	5	1.2	25	40	40
40TLS12-5C	0.32	10-500	10	1.2	40	50	50
50TLS12-10C	0.65	10-500	15	1.2	50	65	80
60TLS12-15C	1.1	10-500	20	1.2	65	80	120
65TLS12-20C	1.74	10-500	30	1.2	65	80	200
75TLS12-30C	2.6	10-500	40	1.2	80	100	230
80TLS12-40C	3.65	10-500	60	1.2	100	125	260
100TLS12-60C	5.2	10-500	80	1.2	125	150	400
125TLS12-80C	6.8	10-500	120	1.2	125	150	450
140TLS12-120C	9.8	10-400	150	1.2	150	200	600
150TLS12-150C	12.8	10-400	200	1.2	150	200	680
200TLS12-200C	16	10-300	300	1.2	200	250	780
250TLS12-300C	20	10-300	400	1.2	250	300	900
300TLS12-400C	30	10-300	500	1.2	300	350	1100
...	...	...	...	...	...	...	...

Installation drawing and weight
Starch Paste Transfer Pump

Horizontal
Type	A	AA	B	BB	C		D	E	F	M	N
Type	A	AA	B	BB	standard seal	water flush seal	D	E	F	M	N
15TLS12-0.5C	140	170	67	99.5	41.5		Φ17	20	92	5	14
25TLS12-2C	185	220	108	144	50.5	61.5	Φ22	50	98	6	18.5
40TLS12-5C	210	240	114	154.5	60	71	Φ28	50	111	8	24
50TLS12-10C	246	284	125	175	71	82	Φ38	50	130	10	33
60TLS12-15C	270	310	138	178	92	103	Φ45	80	133	14	39.5
65TLS12-20C	300	338	155	198	105	117	Φ50	80	138.5	14	44.5
75TLS12-30C	334	372	188	244	103	118	Φ55	80	160	16	49
80TLS12-40C	362	400	199	250	112.5	130.5	Φ60	80	164	18	53
100TLS12-60C	350	410	220	280	136	151	Φ70	110	178.5	20	62.5
125TLS12-80C	376	430	255	322	146	161	Φ75	110	193	20	67.5
140TLS12-120C	410	480	260	365	163.5	183.5	Φ95	140	231	25	86
150TLS12-150C	450	520	290	386	175	197	Φ110	140	245.5	28	100
200TLS12-200C	450	520	290	386	200	222	Φ110	140	245.5	28	100
Type	HA	HB	HC	HD	K	LA	LB			Bear pump estimated wight (G.W.:kgs)
Type	HA	HB	HC	HD	K	LA	Flange	Clamp	Screw	Bear pump estimated wight (G.W.:kgs)
15TLS12-0.5C	70	94	169	18	Φ14	252	180	160	160	20
25TLS12-2C	84	119	222	20	Φ14	345	245	220	220	40
40TLS12-5C	94	133	245	20	Φ14	380	275	260	260	50
50TLS12-10C	109.25	158	303	25	Φ18	426	320	308	308	85
60TLS12-15C	137.5	200	370	30	Φ18	505	350	350	350	150
65TLS12-20C	140	207.5	399.5	25	Φ18	543	400	400	400	175
75TLS12-30C	148	224	434.5	25	Φ18	543	430	430	430	220
80TLS12-40C	160	242	471	30	Φ18	635	480	480	480	285
100TLS12-60C	182	280	550	30	Φ24	730.5	510	510	510	350
125TLS12-80C	193.5	297.5	587.5	35	Φ24	796	530	530	530	460
140TLS12-120C	212.5	330	650	30	Φ28	935	645	645	645	620
150TLS12-150C	235	361	710	40	Φ28	970	750	750	750	820
200TLS12-200C	235	361	710	40	Φ28	1020	750	750	750	850

Vertical
Type	A	AA	B	BB	C		D	E	F	M	N
Type	A	AA	B	BB	standard seal	water flush seal	D	E	F	M	N
15TLS12-0.5C	140	170	67	99.5	41.5		Φ17	20	93	5	14
25TLS12-2C	154	190	100	135	59	70	Φ22	50	97.5	6	18.5
40TLS12-5C	170	210	117	147	62	73	Φ28	50	109	8	24
50TLS12-10C	230	280	122	172	73	84	Φ38	50	131	10	33
60TLS12-15C	270	330	160	200	68	79	Φ45	80	131	14	39.5
65TLS12-20C	320	380	175	225	81.5	92.5	Φ50	80	142	14	44.5
75TLS12-30C	376	426	213	264	117	133	Φ60	80	152	18	53
80TLS12-40C	380	450	214	264	98	116	Φ60	80	164	18	53
100TLS12-60C	430	520	227	308	121	136	Φ70	110	186.5	20	62.5
125TLS12-80C	463	553	260	345	130.5	145.5	Φ75	110	203.5	20	67.5
Type	HA	HB	HD	K	LA	LB			Bear pump estimated wight (G.W.:kgs)
Type	HA	HB	HD	K	LA	Flange	Clamp	Screw	Bear pump estimated wight (G.W.:kgs)
15TLS12-0.5C	110	20	15	Φ14	252	180	160	160	20
25TLS12-2C	150	27.5	18	Φ14	345	245	220	220	40
40TLS12-5C	160	22.5	20	Φ14	380	275	260	260	55
50TLS12-10C	210	50	20	Φ18	426	320	308	308	95
60TLS12-15C	225	49.5	25	Φ18	481	350	350	350	150
65TLS12-20C	250	50	25	Φ18	543	400	400	400	175
75TLS12-30C	250	35	30	Φ18	641	430	430	430	230
80TLS12-40C	300	60	25	Φ18	635	480	480	480	285
100TLS12-60C	350	95	30	Φ24	730.5	510	510	510	400
125TLS12-80C	350	85	30	Φ24	796	530	530	530	460