Tank Mixing Eductors

• Optimized flow paths enable the tank eductor to maintain a high "entrainment ratio" (the ratio of fluid sucked into the motive fluid) while maximizing the hydraulic efficiency (the ratio of hydraulic power at the outlet of the tank eductor to the hydraulic power at the inlet) to generate an optimum flow field from the greatest flow amplification.
• No moving parts in the eductor, minimizing maintenance expenses.
  Optimum flow field enables more activity within the tank than competitive units without changing pumps.
• Compact design and ease of mounting keeps the tank eductor from interfering with other tank equipment.
• "In-tank" mounting eliminates need for costly, complex mounting structures above tanks.
• Tank eductors can be used in a wide variety of open vessels or closed tanks.
  Eliminates stratification and promotes a homogeneous tank with relation to pH, temperature, solids or gas dispersion, and distribution of chemicals.
  A predetermined amount of liquid (called operating fluid) is pumped through a header to one or more tank eductors submerged inside the tank. Depending upon the application , the operating fluid can be liquid drawn from the tank, or it can be a second liquid from another source that is to be mixed with the tank contents . As the operating fluid leaves the nozzle of the tank eductor, it entrains material from the tank. The operating fluid and entrained material are thoroughly mixed inside the parallel section of the tank eductor before being discharged . The discharge flow, or plume, continues the mixing and agitation o f the liquid throughout the tank.

Edathon Coating Option

• Excellent Corrosion Resistance
  Excellent Abrasion Resistance
  300° F Continuous Service
  Good Non-Stick Characteristics
• Excellent Dielectric Insulation
  Radiation Resistant

This coating is applied via electrostatic powder spray or fluidized powder bed. In addition to possessing the high chemical and temperature resistance which all fluoropolymers are noted for, Edathon's strengths, radiation resistance, wear resistance, and creep resistance are significantly greater than those of other fluoropolymers such as PTFE, FEP, or PFA.

ULTRATUF Coating Option

Fusion Bonded Coating

• Machinable
• Excellent Abrasion Resistance
• 300° F Continuous Service
• Self-Lubricating
• Electrically Insulating
• Impact Resistant
• Withstands Saltwater Environment

At last, a single coating offering abrasion resistance so excellent that it can withstand the punishment of sand blasting and yet be used on medical instruments subjected to repeated sterilization. This unique coating can be applied from 5-35 mils thick and has found many areas of use.

Standard materials TLA's are cast or fabricated in: bronze, 316 stainless and carbon steel. Cast units range from IPS 3/4 to 2. Larger sizes and other materials are fabricated. Consult the factory for details.

Standard body connection for 3/8 and 3/4 units is male NPT and for 1-1/2 through 3, female NPT. Over 4" is flanged. Optional connections include female/male NPT, butt weld, socket weld, VictualicTm, sil-braze, and flanged.

Standard Materials:

* Carbon Steel (Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction.)
* 316SS
* Bronze
* PVC
* PPL
* PVDF

Custom Tank Eductor Manifold Designs

We can design manifolds customized to your unique application(s). Drawing from our years of experience will help take the guess work out of your layout design(s).