Our Products
Submersible Pumps
2 Products availableGeared Motor
2 Products availableValves & Valve Fittings
2 Products availableChemical Machinery & Plant
1 Products availableGearbox & Gear Parts
1 Products availableWe offer the best product range of Barrel Pump, Progressive Cavity Pumps, Three Spindle Screw Pump, Air Operated Double Diaphragm Pumps and Plunger Type Pumps.
Application
Advantage
Operation Principle
Model | Motor HP | Wt | Max Flow | Max Head | Max Viscosity |
Low Viscous Drum Pump - Electric Driven, Nno Flp | |||||
MOA 40E/0.5 | 350 W/1 Phase | 8 Kg | 60 lpm | 8 M. | 150 cps |
MOA 40E/1.0 | 700 W/1 Phase | 8 Kg | 70 lpm | 12 M. | 300 cps |
MOA 40E/1.5 | 1050 W/1 Phase | 8 Kg | 100 lpm | 18 M. | 500 cps |
Low Viscous Drum Pump - Air Driven | |||||
MOA 40A/0.6 | 0.6 HP/18 CFM@3-6 Bar | 6 Kg | 90 lpm | 15 M. | 300 cps |
High Viscous Drum Pump - Electric Driven, Non Flp | |||||
MOA 40 E HVS/1.0 | 1.0 HP/960 RPM/3 Phase | 18 Kg | 50 Kg/Min. | 8 Bar | 10000 cps |
MOA 40E HVS/ 1.5 | 1.5 HP/960 RPM/3 Phase | 18 Kg | 30 Kg/Min. | 8 Bar | 3000 cps |
MOA 40E HVS/ 2.0 | 2.0 HP/960 RPM / 3Phase | 24 Kg | 15 Kg/Min. | 8 Bar | 30000 cps |
High Viscous Drum Pump - Air Driven | |||||
MOA 40 HVS/1.2 | 1.2 HP/30 CFM@3-6 Bar | 12 Kg | 30 Kg/Min. | 8 M. | 15000 cps |
Tushaco progressing cavity pump is a positive displacement rotary pump. The actual pumping elements of the pump are rotor and stator. The single helical rotor rolls eccentrically in a double threaded helix stator of twice the pitch length. A series of sealed cavities 180 apart are created that appear to progress from suction to discharge during one rotation of rotor.
The opposing cavities fill and empty simultaneously resulting in a pulsationless flow.The fluid travels axially with relatively low velocity and minimal agitation.The stator is made of a resilient elastomeric material and bonded to the stator tube. The important feature of the pumping principle is the ability to handle slurries and solid particles. The elastomer stator also permits passage of solid particles due to elastomeric deformation. The compression fit of the rotor and stator enables the Tushaco progressing cavity pumps to handle gaseous and low viscosity liquids. The pressure capabilities of the pump are a function of the number of cavities. Tushaco progressing cavity pumps are available in a wide variety of materials - cast iron or stainless steel wetted parts and 10 standard elastomer materials. Tushaco versatile progressing cavity pumps are rugged, compact and highly efficient.
Fluids, which are delicate, shear sensitive or abrasive, low or high viscosity, with fibres, with high air content, or large solids, can be conveniently handled by Tushaco progressing cavity pumps.
Salient Features
Sturdy drive design provides strength for rigorous continuous operation.
Unique pivot-joint design extends service life and reduces replacement cost.
Close coupled models with built-on speed reducers offer compact pumping unit.
Stators are available in a wide range of elastomers.
Suction lift to 28' w.c. (Water column)
Possible drive arrangements include:
Direct drive with motor
Through gear box
V-belt pulleys
Variable speed drives
Special drives such as hydraulic, with I.C. engines
INDUSTRIES |
APPLICATIONS |
FLUIDS |
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Municipal/ Industrial |
Transfer Service Sampling |
Polymer Feed Dewatering Sludge Transfer |
Chemical Feed |
Effluent with & without solids, Milk of Lime |
General Sewage Slurry, Media |
Protective Chemicals |
Industrial |
Centrifuge Charging, Transfer, Filter Charging |
Kiln Charging Drainage, Metering, Tank Loading/ Unloading |
Pit Emptying Gas Scrubbers |
Acids, Adhesives, Caustic Soda, Cellulose, Cement Slurry |
Dye Liquor, Dye Baths, Flouring, Plaster, Grout,Ink |
Lyes, Mortar, Coal Slurry, Lime Slurry |
Chemical |
Process Transfer |
Loading/ Unloading, Metering |
Collecting |
Acids, Adhesives, Colours, Cosmetics, Detergents |
Glue, Lacquers, Hair Oil, Hand Washing |
Cream, Paints, Shampoos, Waxes |
Food Process & Production |
Process Transfer |
Loading/ Unloading, Metering |
Collecting |
Alcoholic Beverages, Apple Puree, Baby Food, Beer, Beet Sludge, Biscuit Dough, Citrus Fruit Masher |
Cream Cheese, Edible Oil, Eggs, Raw Fats, Fish Residues, Fruit & Berry Masher, Honey, Ice Cream |
Lard, Meat Extract, Milk, Mustard, Tomato Paste, Vegetable Oil, Wine, Yeast |
Petrochemical Process & Production |
Transfer |
Loading/ Unloading |
Metering |
Crude Oil, Oil Sludge |
Oil Tank Residues, Processed Oil |
Waste Products |
Utilities |
Transfer |
Loading/ Unloading |
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Fuel Oil |
Coal/ Oil Slurry |
Coal/ Water Slurry |
"TUSHACO" - a leading name in the field of Positive Displacement Rotary pumps since 1968 introduced for the first time in India the concept of "Three Screw Pumps" already in 1970's. Foreseeing the growing demand for totally reliable fuel and lube oil pumps for Thermal and Hydel Power Plants, Fertilizer, Chemical and Steel Projects a beginning was made by importing critical components and building pumps locally. Over decades, thousands Three Screw pumps have been manufactured and delivered. Valuable experience gained and modern manufacturing and testing facilities established under joint collaboration from world-renowned German company.
Today TUSHACO is undisputed leader not only in Three Screw pump technology but equally in the other types - namely Twin Screw, Single Screw/ Progressing Cavity - as well as the conventional types like Shuttle Block, Internal Gear, External Gear, Trochoidal and Vane types. This unique position, combined with years of Application Engineering expertise and knowledge of Process Engineering requirements offers direct benefit to customers by the right choice of the pump design selection for almost any given duty parameters.
TUSHACO pumps are on the OEM list of practically all major plant and equipment manufacturers, consulting organizations and has met with approvals from third party inspection agencies - national and international.
Reliable performance of thousands of TUSHACO Three Screw pumps in India and overseas - over decades is the silent testimonial of the hard and dedicated efforts behind this success.
Working Principle
TUSHACO Three Screw pumps employ just three screw elements - one power screw and two idler screws running in the three precision bores in the housing or liner. The screws are so profiled that they form a liquid tight seal between the thread. As the screws rotate, pockets/ cavities are formed where liquid gets trapped and conveyed from one end of the infinite stroke. This results in smooth, pulsation free flow with extremely low noise and vibration levels, almost impossible to be achieved by any other design of positive displacement or other types.
The power rotor does not drive the idlers as commonly believed. The hydraulic forces acting on screw flanks turn the idlers torquelessly thus reducing the friction. The idlers simply roll over the root diameter of idler dia.reduce the unit pressure, centralize the power rotor and absorb the radial loads. A balance piston integrally machined on power rotor takes care of axial thrusts.
While in operation, the screws are in hydrodynamic balance on film lubrication and do not require any additional bearings. The one ball bearing often used is only for axial positioning of rotor and safer operation of mechanical seals. Small rotor dimensions enable the pump to be operated at high speeds directly coupled 3000 or 3600 RPM motors or other prime movers. Such unique design and features has demonstrated excellent reliability with pumps in operation continuously non-stop for decades together without replacement of any components or maintenance on clean fluids.
High reliability |
High speed capability |
Long service life |
Insensitive to viscosities |
Negligible maintenance |
High pressure capability |
High efficiency |
Axial flow - no churning, chewing or shearing |
Self priming |
Excellent suction capability |
Smooth pulsation free flow |
Hydraulic balancing of forces eliminates need for any bearings |
Low noise and vibrations |
|
TYPES |
CAPACITY |
PRESSURE |
VISCOSITY |
TEMPERATURE |
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T 3S FP |
10~100 |
40 |
3~750 |
180 |
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T 3S L |
20~500 |
16 |
3~750 |
180 |
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T 3S N |
20~2500 |
64 |
3~1500+ |
180* |
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T 3S M |
20~2000 |
120 |
3~1000+ |
180* |
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T 3S H |
20~1000 |
250 |
3~1500 |
180 |
Our range of Shilpa Trade Links Pvt. Ltd. Air Operated Diaphragm Pump is available in a reciprocated modal. These heavy-duty pumps can be used in the transmission of highly toxic chemicals, solvents like acetone, methylene chlorides in pharmaceutical and chemical industries. |
Reciprocating pumps- AODD provides efficient performance in printing ink and glue in packaging industry, paint in automobile industry, ceramic slurry, latex, perfumes and allied industries. Features: . Extended performance diaphragm. Minimum maintenance, excellent wear resistance. Non lube air valve. Non installing air valve. Dry Start self priming. High lift, distance transfer permissible. Explosion proof Applications: Finds application in industries like chemical, petroleum, marine, automotive, electronic, semi- conductor, printing, paint, ceramic, rubber, pharmaceutical, mining, pulp and paper, textile and furniture, glass and general industries. |
We offer our customers with wide range of Plunger Pumps which are made up of quality material like Monel, Alloy 20, Hastalloy B, Polypropelene, Hastalloy C, Titanium, GFT . All our products are of AISI 304, AISI 316 standards. Its specifications are as under :
It can achieve high flow rates of 10, 000 liters/hr & high pressures of 400 Kg/sq. cm. | |
| Steady State metering accuracy of + /- 1 % of pump output, at single setting of stroke from 10% - 100% (Turn down ratio 10:1). |
| Reproducibility (Repeatability) better than +/- 2.5 % of set point. |
| Easily handles viscous fluids. |
| Heating or cooling jackets for liquid head is also available. |
| They have Low NPSHR requirement. |
| Positive return of plunger and variable stroke mechanism allows linear relationship between control stroke settings and stroke length. |
| Simplex and Multiplex arrangements of pumps available for universal use. |
Sr. No. | Pump Model | Capacity Max(L.P.H.) | Pressure Max (Kg./Sq.Cm) |
1 | MM-I | 0 TO 200 | 115 |
2 | MM-II | 0 TO 800 | 40 |
3 | MM-III | 0 TO 3800 | 310 |
4 | MM-IV | 0 TO 9800 | 405 |
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The pumps operates on 220/240 volts a/c 50 Hz single phase power supply having continues duty & class E insulation the pumps can pump liquid having maximum specific gravity of 1.4 & maximum viscosity of 500 centipoises & liquid temperature between 0 to 100 C the pumps wetted parts comprise of glass filled polypropelyne, Viton, Teflon, and Ceramic components. |
It is necessary that the total pumped liquid quantity should be two or three times more than the maximum flow of the pump to avoid temperature rise on long duration of operation. All the head/capacity specification is for guidelines only and for more proper & exact specifications trials should be conducted on actual working condition. To avoid any damage or detrimental effect on the pump life it is recommended that the pumped liquid should be clear and free from solid contains & not to run the pump dry. |
• | 100% Leak proof. | • | Photocine/X-Ray / Filtration plants |
• | Chemical Resistance | • | Electroplating Machiness |
• | Low power input | • | Pharmaceutical Industries |
• | Simple construction | • | Water treatment / Etching Machines |
MP-30 | MP-75 | MP-125 | ||
MAXIMUM FLOW |
LPM | 30 | 75 | 125 |
LPH | 1800 | 4500 | 7500 | |
MAXIMUM HEAD | METERS | 4.1 | 8 | 12 |
PRESSURE | KG/CM2 | 0.41 | 0.80 | 1.20 |
INLET/OUTLET | NIPPLE | 18 X 18 | 26 X 26 | 26 X 26 |
WATTS | 65 | 380 | 580 | |
FULL LOAD | AMP | 0.30 | 0.63 P/P | 0.90 P/P |