AHCRZ_00153

Mixing can greatly improve the degassing operation of almost all materials; it is a must for thicker materials like pastes and gels.

Prevent the integration of air into your product by using a vacuum mixer.

Electric Mixer 5 gallon design and Vacuum Casting mixer

These Chambers are constructed of heavy alloy. Our customers find this to be a practical size for use in vacuum degassing and vacuum processing of all sorts of items including, but not limited to: foods, herbs, papers, liquids, jells, powders, plastics resins, epoxies and many other parts and materials. This chamber is also used in many industries where vacuum work is required

In vacuum heaters can be ordered with your chamber (round top loading chambers only).

All chambers are vacuum tested to 29.92 inches of Hg or better (10-6 torr ) and should maintain this for its life dependent on seal condition and customer use.

Hand mixer in a 11″ x 12″ Economy (degassing water) and 11″x 6″ Economy chamber

 

Standard Features
Vacuum: Down to 29.92″ Hg under dynamic vacuum
Need a Vacuum Pump? See our Vacuum pump
Component:
Included Features: XZAZZ_00154_9Mixer Blades
(from left to right) mini blade for 3/8″ , 1 gallon blade for 1/2″ , 5 gallon blade for 1/2″, other “squirrel cage” blade
  Vacuum Rotary Feedthru and Coupling (from top to bottom) 3/8″ , 1/2″ , 3/4″XZAZZ_00155
Optional Features/Items:

XZAZZ_00052

Mixer Blades and attachments

  • 1 gallon SQURREL MIXER 7-68430-00011-9
  • 5 gallon SQURREL MIXER 7-69430-00012-6
  • 1 gallon low denisty EXOMIXER EM60 0-17783-10060-5
  • 3 gallon low-medium denisty EXOMIXER EM100 0-17783-10100-8
  • 5 gallon low-medium denisty EXOMIXER EM120
  • 5-30 gallon drywall mud and high denisty EXOMIXER EM140

 

About Mixers
Use the following guidelines to select the right mixer for your needs:

  • Power Source— Mixers are powered either by air or electricity.
    Air-powered mixers have infinitely variable speed control, can’t be overloaded, and, with proper lubrication, won’t burn out.
    Electric mixers use energy more efficiently and thus are more economical than air-powered mixers.
  • Drive— Select the drive style that’s right for your application.
    Direct-drive mixers turn the propeller at the same speed as the motor, offering high rotational speeds for quick mixing of low-viscosity materials.
    Gear-drive mixers typically turn the propeller at lower speeds than the motor, making them ideal for higher-viscosity materials.
  • Viscosity (centipoise) — The thickness, or resistance to flow, of a material. Viscosity is typically measured in centipoise, with water being equal to 1 and molasses to 15,000. Therefore, the greater the number, the higher the viscosity. Horsepower— Refer to the table below to find the approximate horsepower of the mixer you’ll need. When in doubt, choose a motor with a higher horsepower to avoid overloading.
  • Horsepower — Refer to the table below to find the approximate horsepower of the mixer you’ll need. When in doubt, choose a motor with a higher horsepower to avoid overloading.