MXQ Disc Pumps

MXQ Disc Pumps

MXQ industrial disc pumps are specially designed to meet your niche requirements. Our disc pumps are abrasion and corrosion resistant. The company’s newly-designed disc pumps have a lower net positive suction head required (NPSHR) than most other disc pumps available in the market with an 5%–9% better efficiency. Our cutting edge technology offers close coupled pumps, which help reduce space allocation and save costs. Our disc pumps can withstand highly viscous fluids, trapped air, large solids, and slurries without blockages, obstruction, or cavitation. They are extremely versatile and durable, and require minimal to no repairs or spare parts replacement.

Features:

Disc pumps offer various advantages in hard-to-pump applications making them the future of pump technology. Some key features of these pumps are:

  • Disc pumps are capable of transferring abrasive, air-entrained fluids, as well as viscous fluids and high solid slurries.
  • Fluids with particulate matter, solids, and trapped air can also be transferred through these pumps.
  • Unlike the other conventional pumps, these pumps have no close tolerances, offer a pulsation-free flow and operate based on a non-contact pumping action. All the mentioned features contribute to high reliability and uptime by preventing solids from clogging
  • As much as these pumps can handle highly viscous fluids and solids, they can also process fragile products without any damage.
  • They are sturdy and corrosion resistant; therefore, the wear and tear that occurs due to abrasive fluids is minimal. Therefore, both repairs and spare parts requirements are low.
  • They have dry-run capability. They can operate without processing fluid; however, in this case, the mechanical seal needs to be flushed.
  • Their discs have low radial and axial loads, which help to extend shaft, bearing, and seal life.
  • The net positive suction head (NPSH) required is far lower than most other pumps.

All these features reduce the overall cost and time in the long run.

Performance:

  • Flows: 5 – 4,000 GPM
  • Suction Pressures: Low NPSHr
  • Discharge Pressures: Up to 300 PSI
  • Operating Temperatures: up to 500 F
  • Viscosities: Up to 100,000 cPs
  • Solid Sizes: Up to 4’’
  • Pump Speeds: 3,600 RPM
  • Disc Impellers: 8’’ – 20’’ (larger upon demand)
  • Viscous slurries up to 100,000 cps
  • Fluids with entrained air up to 35% entrained air
  • High solid content up to 75-80% solids
  • Abrasive fluids (i.e. mining, asphalt, etc.)
  • Shear sensitive fluids (i.e. latex, polymers, blood, etc.)

XD DISC - OUR MOST PREMIUM DISC PUMP

The centrifugal force generated by the radially recessed edges, ribs (or microvanes), winglet posts, and viscous drag gently propel the fluid radially away from the eye and toward the perimeter of the XD DiscSet.

The essence of the MXQ DiscSet is to
generate minimum impingement while
maintaining a balance between efficiency
and efficacy.

The fluid is free-flowing and gently
propelled without the constraint of vanes.

XD Disc

LD DISC - OUR MOST ECONOMICAL DISC DESIGN

The “Extra Heavy” duty MCM 250 series pump has been designed for the toughest jobs in drilling, production, well servicing and other industry applications.
250 Series Pumps feature a 2 ½” shaft, replaceable shaft sleeve and stuffing box and a thicker concentric housing.
For use in Agriculture, Municipal Water Plants, Sewage Plants, Waste Disposal, and Drilling Rig Service
LD Disc
Complete packages include: steam turbine, speed-reducing gear, generator, integrated control system, lubrication system, and baseplate. Directly connected induction generator packages are also available.

Available in,
20HP – 150HP
1200, 1800, and 3600 RPM
Sizes 3x2x13 to 8x6x14
Max Flow: 200 PSI
Max Pressure: 2500 GPM
Max Suction Lift: 25ft 

MXQ Submersible Disc

MXQ submersible disc pumps can handle fluids with high viscosity (up to 50,000 cP), high solids (up to 60%), and entrained air or gas (Up to 50% at low rpms and low flow and TDH). They also generate very little shear making them an excellent option for thixotropic or dilatant media. Self-cooling motors can also be provided allowing the motors to be kept cool for high temperature applications, or even run dry permanently.

Submersible