Mixers for Stainless Steel Totes

Dynamix Agitators has taken it’s understanding of general Industrial Tank Mixers and applied it to Bulk Mixing Tanks. The result is a full line of High Viscosity as well as Low viscosity mixers designed for Bulk Mixing Tanks. We offer a full range of mixers which can be mounted to your mixing tank.

High Viscosity mixers require more design and selection than low viscosity mixers. Often mixer companies offer high speed mixers for both high viscosity and low viscosity applications. This is the “one size fits all” off the shelf approach to supplying mixers. Dynamix will select and quote a mixer according to your application requirements. Please review our products and complete our Enquiry Sheet.

	ITM 9000 Series for high viscosity product processing in totes Detailed Image

	ITM 7000 Series is ideal for blending and resuspending products Detailed Image

	MMX 2000 Series used for highspeed mixing in noncritical applications Detailed Image

Enquiry Sheet

Each mixer is custom engineered to suit your application and environment. Options include:

1/4 - 5HP Motors
Electric or Air Motors
TEFC or Explosion Proof
Variable speed options available
3/4" - 1" Shafts
Gear and Direct Drives
Impellers selected to suit your application
Standard Stainless Steel Construction
Available with various coatings
Mechanical seals for pressurized containers

Design Benefits:

Modular Drive design allows the drive head to be coupled with multiple independent mixer segments
Unique configurations meet challenges specific to tote mixing
Lightweight Drive design with handles allows for single person operation without cumbersome lifting supports
Eye Bolts, Carrying Handles, or Fork Lift attachments available to suit your mixplant and usage

Enquiry Sheet

Application Assurance and Warranty

High viscosity applications which use high speed mixers end up with little or no mixing and a large energy bill. As viscosity increases so should impeller diameter. Small impellers on high speed mixers will only mix a local area of the mix tank. The result is poor uniformity and product separation. Solids are not suspended and often the product separation occurs at the top of the mixing tank.