Ni-HARD Series Submersible slurry Pumps

These pumps are special MOC wet installed type submersible motor pumps with a non-clog impeller. Pumps have a robust design for continuous duty operation for various slurry applications.

Technical Specifications :

• Head: up to 50 meters
• Flow: 420 m³/hr.
• Solid content by weight: 65%
• Specific gravity: 2.8 kg/l
• Particle size: 40 mm
• RPM: 1750/3550
• Frequency: 50/60 Hz
• Applications - Fly Ash, Dredging & Thick mud • Coke pits • Sand and gravels excavation • Ocean sand mining • Silt removal • Mill scale • Coal washery

DC Series Submersible dewatering Pumps

Vertical, single or two stage submersible motor pumps with close-coupled design. Pumps are designed for wet, stationary and transportable installations.

Technical Specifications :

• Head: up to 110 meters
• Capacity: up to 1500 m³/hr
• Stage : Single/two
• Lubrication: Oil
• HP : 1 to 250 HP
• RPM: 2900/1750/1450/3550
• Seal: Mechanical Seal
• Frequency: 50/60 Hz
• Applications - Cooling tower • Jack well installation • Removing dirty water • Dewatering pits • Opencast mining • Barge mounted dewatering

PST Series Submersible Portable Pumps

Also known as cutter pumps, these pumps are fully foldable, vertical, closed coupled single-stage submersible motor pumps. These pumps are your solution for critical application.

Technical Specifications :

• Head: 32 meters
• Capacity: 170 m³/hr
• HP : 0.5 to 10 HP
• RPM: 2900/3550
• MOC: Cast iron, Aluminum, Stainless steel
• Frequency: 50/60 Hz
• Applications - Automatic dewatering of Pits • Yards & basements subjected to flood risk • Portable application

Centrifugal Self Priming Pumps

Self priming centrifugal pumps are designed to pump water containing a high percentage of solid or stringy material. These pumps are also provided with mechanical seals for chemical or abrasive nature of the pumped fluids. We provide these pumps in various MOC’s and a quick clean port for faster maintenance.

Technical Specifications :

• Capacity: up to 266 m³/hr
• Solid size: 40 mm
• Drive: Electric/Engine
• MOC: Graded Cast iron, SS
• Seal: Gland/Mechanical seal
• Applications - Various industries • Restaurants & Hotels • Commercial dewatering

Rotary Trochoidal Gear Pumps - DRT/DRTBP Series

Max. Capacity	200 lpm
Max. Pressure	8 bar
Max. Viscosity	500 cSt

Material of Construction
Body	Cast Iron
Rotor	Sintered Iron

Internal Gear pumps - DIG Series

Max. Capacity	800 lpm
Max. Pressure	14 bar
Max. Viscosity	100,000 cSt

Material of Construction
Body	Cast Iron/Carbon Steel/SS
Rotor/Shuttle/Piston	Carbon Steel / SS

External Gear pumps - DGLP Series (low-pressure range)

Max. Capacity	3000 lpm
Max. Pressure	14 bar
Max. Viscosity	100,000 cSt

Material of Construction
Body	Cast Iron/Carbon Steel/SS
Rotor/Shuttle/Piston	Carbon Steel / SS

Single Stage Pump

Capacity	up to 500 m3/hr
Pressure	up to 6 bar

These Heavy Duty cost-effective pumps use the extended Rotor, Stator Geometry and result in lower rubbing velocities which are ideal for various applications.

Multi-Stage Pump

Capacity	up to 250 m3/hr
Pressure	up to 48 bar

These heavy-duty pumps are designed for continuous or intermittent duty and are suitable to perform efficiently even for the most difficult fluid handling applications in various industries.

Twin Screw Pumps

Long and trouble-free service life due to the absence of metal to metal contact between the pumping elements. It can even run dry for a limited period of time.

No axial thrust Dual flow of liquid in the opposite direction balances axial thrust.

Higher volumetric efficiency due to the special double profile of screw flanks.

High cavitation free suction lift due to low NPSH (R).

Wider conformity to API 676, 2nd edition.

Self-priming and capable of handling entrapped air/vapour/gas due to positive displacement action and being inherently self-priming.

Uniform metered flow Being a positive displacement pump, head developed is independent of speed and capacity is approximately proportional to speed.

Capable of handling a wide variety of fluids Lubricating/non-lubricating, as well as aggressive liquids can be handled due to choice of different designs and material of construction.

Safe to operate has an in-built relief valve, designed to bypass up to 100% capacity.